Stellantis wants this to read like a routine safety notice. Read the paperwork closely, though, and it looks more like a confession: the automaker has now told owners of certain Jeep Grand Cherokees, in writing, three separate times across three years, that their rear suspension had been fixed. Twice, it hadn't been.

A recall is supposed to be the end of a problem. For this batch of Grand Cherokees, it has become a running bit.

What Just Happened

On September 1, 2026, Chrysler (FCA US, LLC) — Stellantis' U.S. entity — filed a new recall with the National Highway Traffic Safety Administration covering 328,381 vehicles: the 2021-2023 Jeep Grand Cherokee L, the 2022-2023 Jeep Grand Cherokee, and the Grand Cherokee 4xe plug-in hybrid. The rear coil springs, the filing says, may have been installed incorrectly and can detach while the vehicle is being driven. NHTSA's standard language for what that means is blunt: it can "increase the risk of a crash."

This time, the remedy actually names a part. Dealers will replace the rear coil spring's lower isolators, free of charge, once the repair procedure is finalized. Interim letters warning owners of the risk are scheduled to go out September 29, 2026. If you're the type to check your VIN the day a recall drops, don't bother yet: NHTSA says these VINs won't be searchable in its own database until September 9, 2026.

The Same Recall, Three Times

Here's the detail that should stop you: this is the third time Stellantis has recalled this exact defect on this exact platform.

The first version arrived in June 2023, covering 305,282 vehicles. The instructed fix was for dealers to inspect the rear coil spring assembly and repair it only if something looked wrong. No guaranteed new part. Just a look.

That didn't hold. In January 2026, Stellantis filed a second recall that formally canceled the first one, covering the same basic defect on the same models, now with the Grand Cherokee 4xe added to the list. Oddly, the count shrank to 80,620 vehicles, as if the company believed it had finally narrowed the risk pool to the vehicles that truly needed attention. The filing noted, in the dry language regulators use to describe a fix that didn't work, that vehicles already repaired once would need the new remedy performed anyway.

Eight months later, recall number three landed, canceling both earlier campaigns and blowing past even the original scope: 328,381 vehicles, more than either recall that preceded it. Anyone who sat through repair number one, or number two, or both, is now due back a third time.

Why a Rubber Bushing Keeps Beating a Global Automaker

A rear coil spring isn't held in place by tension alone. It sits in a perch, cushioned top and bottom by isolators, rubber or composite pads that stop metal from grinding on metal and keep the spring from walking out of position over millions of compression cycles. Get that isolator wrong on the assembly line, missing, misaligned, or simply the wrong part, and the spring can work itself loose gradually, sometimes over months of ordinary driving, before it finally lets go. That tends to happen on rough pavement or over a hard bump, which is exactly when a driver has the least warning and the least room to react.

That's an assembly-line problem, not a design flaw, which explains Stellantis' first instinct back in 2023: send technicians out to eyeball spring assemblies dealership by dealership and replace only what looked wrong. That approach costs far less across 300,000-plus vehicles than mandating a new part for every single one. It's also, evidently, why the defect kept resurfacing.

The Paperwork Even Stellantis Couldn't Keep Straight

Stellantis' own 2023 Corporate Social Responsibility Report lists a coil-spring detachment campaign of roughly 0.3 million vehicles among the recalls the company credits itself for handling openly. Oddly, the report appears to mislabel the vehicle involved, attaching the Grand Cherokee's internal WL platform code to the Wrangler nameplate instead. A company that couldn't keep its own recall straight in a report meant to showcase its transparency has now had two more chances to get it right.

What This Actually Costs Owners

This isn't really a story about a bad spring. It's a story about what an inspect-and-repair-as-necessary remedy is worth in a federal safety recall. When a manufacturer can close out a recall by telling dealers to look at a part rather than replace it, the company gets a cheaper campaign. Owners, in this case, got a fix that needed fixing twice more.

The paper trail matters beyond the dealership visit, too. A used Grand Cherokee from these model years may now carry three separate recall entries against a single VIN for what most shoppers would assume was one problem, exactly the kind of history that makes a buyer, or an insurer pricing a claim after a spring shears off in traffic, start asking harder questions.

Stellantis isn't the only automaker learning that a recall notice and a fixed car aren't the same thing. The Auto Wire has covered how a software recall with zero injuries still cost the company real money on Wall Street, and the habit of treating a recall as a communications exercise rather than a closed loop shows up across the industry: see how Mitsubishi's backup camera kept vanishing on the same model years, or how GM handled a leaky coolant hose completely differently depending on which badge was on the hood.

Owners who received a letter in 2023, or another one in early 2026, and assumed the matter was closed should assume nothing until they read whatever arrives this fall.

The spring was never the interesting part of this story. The interesting part is that it took Stellantis three tries, three years, and 328,381 VINs to learn that looking at a part isn't the same as fixing it.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Tesla's AI account posted on September 4 that FSD Supervised v14.3.9 is rolling out with something new: the driver-assistance software can now activate "on your behalf" when a collision looks imminent and automatic emergency braking might not be enough. It can also switch itself on, per that same post, if the car decides you're heavily distracted or that you knocked FSD off by accident.

The internal name floating around is Automatic Collision Evasion. Whatever it ends up being called on the touchscreen, the concept is a genuine break from how every driver-assistance system on the American market has worked until now, and it creates a set of legal and insurance consequences that nobody selling this feature is talking about.

Why the word "evasion" is the whole story

Open your own Tesla's owner's manual and read the automatic emergency braking section. Tesla has said the same thing for years, and it still says it today: AEB reduces the severity of an impact, and "It is not designed to avoid a collision."

Related Articles

• A Brick Doesn’t Know Your Windshield Has A Camera Behind It. Richmond Just Found Out The Hard Way
  
• Honda’s Cost Overhaul Explained: What It Means for Future Hybrids and Repairs

That sentence isn't corporate hedging. It's an accurate description of what braking-only intervention can do. AEB is a scalar problem: apply deceleration in a straight line and hope the math works. If closing speed and available friction don't cooperate, you hit the thing, just slower.

Steering is a different animal entirely. An evasive lane change is a path-planning problem with a lateral acceleration budget, and getting it wrong doesn't just fail to prevent a crash — it can create a worse one. You can trade a rear-end impact at 20 mph of delta-V for a side-swipe with a semi, an off-road excursion, or a rollover. That's the reason every mainstream automaker has kept automated steering intervention limited to gentle lane-keeping nudges and narrow "evasive steering assist" systems that only amplify steering the driver has already started. Tesla is proposing to do the maneuver itself, from scratch, while your hands are on the wheel and the system is nominally off.

The regulation that exists, and the one that doesn't

Here's the asymmetry worth understanding. There is a federal performance standard for automatic braking. FMVSS No. 127 requires AEB, pedestrian AEB and forward collision warning on all light vehicles, with NHTSA projecting at least 360 lives saved and 24,000 injuries prevented a year. Compliance is required by September 1, 2029, with small-volume manufacturers, final-stage manufacturers and alterers getting until 2030.

There is no equivalent federal standard for automated evasive steering. None. No test procedure, no minimum performance threshold, no false-activation ceiling. A carmaker can ship a system that yanks the wheel at highway speed and the only federal backstop is NHTSA's defect authority after the fact.

That's not a Tesla-specific criticism. It's a description of a regulatory gap that this feature is the first mass-market product to walk into.

The part that should actually get your attention

NHTSA's Standing General Order on crash reporting says a Level 2 ADAS crash must be reported if the system was engaged at any point within 30 seconds before the crash through its conclusion, and the crash involved a vulnerable road user or produced a fatality, a tow-away, an airbag deployment, or anyone transported to a hospital. The third amended order took effect June 16, 2025.

Now think about what Automatic Collision Evasion does to that clock. A crash you caused entirely on your own, driving manually, with FSD switched off, becomes an ADAS-engaged crash the instant the software activates itself in the final seconds. The 30-second window is generous enough that essentially any intervention followed by an impact lands inside it.

Tesla has just created a category of crash that was previously invisible to federal reporting and made it reportable. Depending on how often the system fires, that could push Tesla's SGO numbers up substantially, and those numbers are the raw material for every comparison anyone makes about FSD safety. It also means NHTSA will now receive telemetry on situations where a human driver was about to crash and the machine tried to save them. That's a genuinely valuable dataset. It's also going to look terrible in aggregate without careful reading, because the population is pre-selected for imminent crashes.

Keep in mind the agency is already deep into this software. PE25012, opened October 2025, covers an estimated 2,882,566 Teslas over FSD running red lights and driving against the proper direction of travel. In March 2026 NHTSA escalated a separate probe into EA26002, an Engineering Analysis spanning roughly 3.2 million vehicles that examines whether FSD reliably detects its own degraded vision in glare and airborne obscurants. That document lists nine crashes including one fatality, notes Tesla's own view that a software update might have affected three of them, and says internal data limitations may have caused under-reporting.

A system that intervenes on your behalf is only as good as the vision stack underneath it, and the vision stack is what the agency is currently examining.

Mechanical reality, and what owners should do

Evasive steering asks the chassis for things braking never does. Peak lateral load, weight transfer at highway speed, and a rapid unwind on the far side of the maneuver. The planner is making assumptions about available grip, and it doesn't know what you've done to the car.

If you run half-worn all-seasons on a Model Y in the rain, the friction budget the software is banking on may not exist. If you've lowered the car, changed spring rates, fitted a staggered setup, or you're running summer tires in 30-degree weather, you've moved the limit without telling anyone. None of that stops the system from committing to a maneuver. Tire condition and alignment quietly became active-safety components the moment a computer got permission to steer.

Related Articles

• Ford Recalls 10,001 Vehicles Over Cracked Pistons in an Engine Shared By Five Very Different Cars. The Fix Isn’t Coming Until December.
  
• Congress Filed a Bill Called the ‘Flock-Off Act.’ It Won’t Take Down a Single Camera.

Camera cleanliness matters more too. A salted forward camera or a road-filmed B-pillar repeater degrades exactly the perception the evasion depends on. Wash the pillars, not just the windshield.

On insurance and liability, be realistic about your position. You are legally the driver. If the car changes lanes to avoid a stopped vehicle and clips someone in the adjacent lane, you are the operator on the police report, and your carrier handles the claim first and argues later. An airbag deployment or tow-away also puts the event straight into the federal reporting stream, which means Tesla will have telemetry that you probably won't see without asking. If you're ever in a crash where the car intervened, request your event data recorder download early and in writing.

The honest caveat

Tesla has not published owner's-manual documentation for this feature. There's no official page defining the speed range, the road types where it operates, whether it's opt-in, whether it requires a purchased FSD license, or exactly how the pedals behave mid-maneuver. Numbers are circulating. Tesla hasn't confirmed them.

For a feature that can steer a two-ton car without being asked, that documentation gap is the most notable thing about the launch. Until it exists, the correct posture is the one Tesla's own manuals have always recommended for AEB: don't drive like something is going to catch you.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

CBS Austin was first to report that Tesla's gold Cybercabs had begun picking up paying riders in Austin this month. Days later, on September 3, the National Highway Traffic Safety Administration opened what's called an Audit Query into the two-seat, steering-wheel-free robotaxi. The agency wants to see the technical basis Tesla used to certify that the Cybercab meets every Federal Motor Vehicle Safety Standard that applies to it. NHTSA Administrator Jonathan Morrison said the agency needs "to ensure that all of our laws are followed." That's not a recall, and it isn't a finding that anything is unsafe. It's a paperwork review, aimed at roughly 1,000 vehicles Tesla told the agency it plans to deploy.

Here's the part most drivers never think about: nobody at the federal government actually approves a new car before it goes on sale in the United States. Since the 1966 Safety Act created NHTSA, automakers have operated under a self-certification system. A manufacturer builds the car, runs its own tests, and signs a piece of paper swearing it complies with every applicable standard. NHTSA's job is to audit that paperwork after the fact and go after companies that got it wrong. It's closer to the honor system than most car buyers realize, and it's the only reason a two-seat pod with no wheel, no pedals, and no way for a passenger to physically take over could start hauling paying riders around Austin without a single government agency signing off on the design first.

That system has a pressure valve for exactly this situation, though, and Tesla didn't use it. In July, NHTSA granted Zoox, Amazon's robotaxi subsidiary, whose vehicle also has no steering wheel, a formal, temporary exemption to commercially deploy up to 2,500 vehicles a year for two years, under an enhanced oversight structure. Zoox asked. Tesla didn't. Tesla built the Cybercab, certified it against existing standards on its own authority, and rolled it straight into commercial service. Those are two very different regulatory postures for two nearly identical vehicles, and only one of them is currently being audited.

The timing makes it stranger. NHTSA is in the middle of rewriting the rules that would make a car like the Cybercab uncontroversial. In June, the agency proposed eliminating the requirement for a manual brake pedal on vehicles designed never to be driven by a human, one of several rulemakings the agency has opened to modernize decades-old standards for cars with no driver. That proposal still isn't final. Tesla launched a commercial, paid robotaxi service built around the absence of pedals before the rule that would unambiguously bless that design had finished being written. NHTSA is now auditing Tesla under the very framework its own AV modernization push is racing to replace.

None of this means the Cybercab is unsafe, and it's worth separating the legal question from the engineering one. Tesla's robotaxi fleet runs on cameras alone. Waymo and Zoox layer in lidar and radar, giving their software multiple, physically different ways to confirm what's actually in front of the car, a redundancy that matters most in exactly the edge cases, like glare or fog, where a single sensor type can be fooled. Tesla has also built its entire emergency-intervention plan around software: a touchscreen button that requests a pull-over and connects a rider to a remote support line. There's no wheel to grab and no pedal to stand on if that chain of software and connectivity doesn't respond fast enough. That's a defensible design choice. It's also one with zero physical fallback, which is a very different risk profile than a robotaxi where a stopped car and a spare set of controls still exist somewhere in the loop.

The business logic behind moving this fast isn't subtle. Tesla's stock story increasingly depends on robotaxis working at scale, and the company has been racing to add territory. Nevada regulators cleared Tesla for up to 5,000 robotaxis around Las Vegas last month, more than the company has ever operated anywhere else combined. An audit query in Washington doesn't slow that expansion down today. But it does put a federal file number on the question of whether Tesla's certification claims will hold up, right as the company tries to multiply its driverless fleet by orders of magnitude.

It also fits a pattern. Tesla has spent much of this year fielding federal scrutiny it insists it has already addressed. NHTSA opened a separate investigation into a front suspension fix the agency says didn't actually fix the problem, and the agency has been probing Tesla's Full Self-Driving system since last year over crashes in reduced-visibility conditions. The Cybercab audit isn't a one-off. It's the latest entry in a running argument between Tesla and its own regulator over whether Tesla's internal judgment about compliance and safety is sufficient on its own.

The part that will matter in five years isn't whether this specific audit produces headlines this month. It's what happens if NHTSA decides Tesla was wrong about which standards applied. In a car with no driver, there's no human to absorb blame when something goes wrong. Liability, insurance exposure, and regulatory consequence all land directly on the manufacturer's certification decisions. Unwinding a self-certification after a thousand vehicles are already on the road is a far messier problem than approving one before it launches, which is precisely the scenario the exemption process exists to avoid.

Nobody should expect a recall notice out of this. What's actually being tested is whether a car company can write its own permission slip for a vehicle with no steering wheel, deploy it commercially at scale, and settle the paperwork argument after the fact. Tesla didn't wait for Washington to finish rewriting the rules for cars without pedals. It built one anyway and dared the regulator to catch up.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Somewhere in a Toyota service drive outside Boston, a claim gets typed into a warranty system, a body shop gets a work order, and a reimbursement check eventually clears from Toyota back to the dealership. That pipeline exists so owners with a factory paint defect can get it fixed without a lawyer or a lemon-law fight. According to a new lawsuit, it's also exactly how two former employees at a Massachusetts Toyota dealership and its own paint contractor allegedly walked off with more than $2.1 million.

The dollar figure is the headline. The real story is who ends up paying it.

Toyota of Watertown, a dealership in suburban Boston, has sued two former service department employees and its former exclusive body shop contractor, alleging the three "improperly accessed the dealership's computer system" and submitted claims on vehicles that were never eligible for reimbursement under a Toyota program built to fix paint defects. Automotive News, which first reported the filing, says the dealership claims it was ultimately forced to pay back more than $2.1 million to Toyota once the irregular claims surfaced.

Read that last part again. Toyota isn't the one suing. The dealership is. And it isn't suing to recover money Toyota lost — it's suing to recover money it lost after Toyota clawed the payments back.

To understand why that distinction matters, you have to understand what a "customer support program" actually is. It is not a recall.

Toyota, like most automakers, periodically finds a paint formulation that doesn't bond the way it should — clear coat peeling off certain trucks finished in white, delamination on pearl-finish SUVs and hybrids. When that happens, the fix almost never shows up in NHTSA's public recall database, because peeling paint isn't a safety defect. Instead, Toyota quietly extends what it internally calls a Customer Support Program: a goodwill repair, administered dealer by dealer, with no advertising campaign and no requirement that anyone from corporate inspect the car before or after the work.

That's the first thing most owners never realize. Nobody at Toyota headquarters looks at your fender before approving the repair. A service advisor decides the car qualifies, writes the claim into the dealership's own computer system, a shop performs the work, and Toyota pays the dealership back afterward, on trust. That isn't sloppiness. Physically verifying every panel on every claim across thousands of dealerships would be unworkable. It's a calculated trade of oversight for speed. Most of the time, it works fine. This lawsuit describes what happens when it doesn't.

The second detail worth noticing is the word "exclusive." Dealerships routinely funnel all their body and paint work to one preferred shop instead of bidding each job out, because it keeps loaner cars moving and repairs consistent. It's a normal, sensible arrangement — right up until the only shop doing the work is also the only shop anyone would need to check. Two employees approving claims and one contractor performing them meant there was no second signature anywhere in the process. Accountants have a name for that gap: a failure of segregation of duties. It's one of the oldest fraud-prevention ideas in business, and it apparently didn't exist here.

Then there's the money mechanic that explains why a dealership, and not Toyota, filed this lawsuit. When an automaker audits warranty or goodwill claims and finds ones that don't hold up, it doesn't absorb the loss. It charges the payment back to the dealer who submitted it. That's standard language in franchise agreements across the industry: the dealer certifies the claim, so the dealer eats it if the claim turns out to be false, no matter who inside the store actually falsified it. Toyota got its money back. Toyota of Watertown didn't.

That's the part every franchised dealer in the country should sit with. Warranty and goodwill reimbursement isn't a side errand for a service department — at plenty of stores, it's a meaningful slice of fixed-operations profit. And it runs almost entirely on paperwork a handful of employees can generate without anyone outside the building ever laying eyes on the car. Toyota's audit eventually caught this one. It reportedly took more than $2 million in claims to trigger it.

It's also not an isolated flavor of dealership risk. The scanners dealerships now use to screen customer IDs for fraud have become a liability of their own, and entire used-vehicle trading networks have collapsed under legal scrutiny most buyers never hear about. Toyota, separately, is dealing with its own questions about who gets to trust its systems, as regulators examine how it and Hyundai handle the driving data pulled from customers' own cars. None of these stories are technically related. Administratively, they're the same story: modern car retailing runs on software and paperwork that assume good faith, and good faith is not a control.

There's a quieter lesson for owners buried in here too. A "free" goodwill repair isn't verified by the manufacturer the way a recall is assumed to be — it's often audited well after the fact, sometimes years later, much the same way a recall's own fix can quietly fail an owner for nearly two years before anyone forces a real solution. The paperwork behind your car's paint job may not actually be settled the day the shop hands back your keys.

A recall exists because a manufacturer no longer trusts a part. A customer support program exists because a manufacturer still trusts its dealers to administer the fix honestly. This lawsuit is what happens when that second kind of trust turns out to be misplaced — and the bill lands on the one party that never built the defective paint job in the first place.

Two former employees and a contractor are the named defendants, and a Massachusetts court will ultimately decide whether the allegations hold up. But the more durable story here isn't about three people accused of gaming a paint program. It's about an industry that pays its retail partners first and checks their work later — and just found out, again, exactly how expensive that order of operations can be.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Jaguar Land Rover just confirmed it is eliminating 4,000 jobs, roughly one in ten people on its payroll, over the next two years. Look at who is losing those jobs, and the story gets more interesting. Every one of the cuts lands on salaried staff in Britain — engineers, planners, marketers, people who work in offices. Nobody on the assembly line is losing their job. That detail, more than the headline number, tells you what actually happened inside this company.

CEO PB Balaji framed the cuts as part of a push to save £1.7 billion, or about $2.3 billion, over two years, alongside a new target: lowering the company's break-even point to 300,000 vehicles a year. Balaji said the company was committed to supporting everyone affected "with care, fairness and respect." JLR also says it will launch five new products in the next 12 months, meaning it is somehow cutting staff and speeding up its product pipeline in the same announcement.

The Number That Explains Everything

A break-even point is the number of vehicles a factory network has to build and sell just to cover its fixed costs: buildings, tooling, salaries, loan payments. Automakers rarely put a specific figure on that number in public, because doing so is a statement about the future, not an excuse for the present. Cutting costs at your current size is a response to a bad year. Resetting your break-even lower is an admission that you no longer expect to be the size you built yourself to be. JLR first flagged plans to lower its break-even volume back in May. September's announcement just attached a number to it.

A Company That Was Making Money Two Years Ago

It is worth remembering how recently JLR was one of the more profitable luxury automakers in the world. In the fiscal year that ended in March 2025, the company reported a pretax profit of about £2.5 billion and a net profit of £1.8 billion. One year later, revenue had fallen to £22.9 billion and pretax profit had collapsed to just £14 million for the full year, a wipeout driven partly by a five-week production stoppage after a cyberattack forced the company to shut down its systems. Free cash flow, the actual money left after paying for everything, came in at negative £2.2 billion for the year. The most recent quarter, reported in mid-August, showed revenue down 9.6 percent and pretax profit down 68.9 percent from a year earlier, to £109 million. Losing money this consistently isn't what a supplier fire or a distant war does to a company on its own. It's what happens when a business built its cost base for a bigger, busier version of itself than currently exists.

Jaguar's Missing Year

Part of that gap has a name: Jaguar. JLR is in the middle of relaunching Jaguar as an electric-only brand, and it discontinued the outgoing lineup, including the XE, XF, F-Type and F-Pace, well before the replacement, an electric model called Type 01, is ready to sell in real volume. The company's own quarterly filings have cited the wind-down of the outgoing Jaguar range as a drag on results for more than a year now. In the most recent quarter, Range Rover, Range Rover Sport and Defender alone accounted for 80.8 percent of everything JLR sold worldwide. Jaguar, the brand that gave the company half its name, is currently rounding to almost nothing. That gap didn't cause the layoffs by itself, but it explains a lot of the empty capacity underneath them.

Why the Factory Floor Was Spared

Protecting production workers while cutting salaried staff isn't a gesture of goodwill. It's arithmetic. Over the past several years, JLR added large numbers of engineers, software developers and program managers to run several transformations at once: electrifying four brands, developing new vehicle architectures, and managing a Jaguar relaunch that slipped its original timeline. Volkswagen went through a similar reckoning this year, framing a historic round of cuts as a crisis of internal complexity rather than simple weak demand. When a company spares its assembly line and cuts almost everywhere else, it's telling you where the excess cost actually was: not on the factory floor, but in the org chart built around it.

The Bailout That Already Happened, Sort Of

UK Business and Trade Secretary Jonathan Reynolds ruled out a state bailout for JLR days before Balaji's announcement. That's technically accurate, and a little misleading. As of its most recent results, JLR was sitting on £5.9 billion in total liquidity, including an undrawn £1.5 billion loan facility guaranteed by UK Export Finance, a government agency that backs credit for exporters. JLR hasn't drawn on that facility. But the guarantee already exists, which means British taxpayers are backing part of JLR's balance sheet whether or not anyone calls it a bailout. The government has also pointed to billions in direct support for zero-emission vehicle manufacturing and a separate grant program meant to boost EV demand. None of that fits neatly into a headline about refusing a bailout.

Tariffs Went Down. The Cuts Still Came.

It would be easy to pin this entirely on tariffs, and JLR's own statement leans on geopolitical uncertainty as a factor. But the tariff math actually argues against that reading. The US-UK trade deal cut the tariff on UK-built vehicles entering the United States from 27.5 percent to 10 percent, a change JLR's own financial filings credit as a genuine tailwind for the year. It wasn't enough. A one-time US emissions credit that flattered the prior year's numbers didn't repeat, retail incentives crept higher, and underlying sales volume kept sliding anyway. Anyone assuming lower tariffs alone fix a legacy automaker's math is underestimating the size of everything else stacked on top.

Building Cars With the Competition

JLR's answer to some of this has been to stop building everything by itself. It signed a memorandum of understanding with Stellantis to explore building Defender products for the US market, and it just started producing the revived Freelander nameplate at a joint-venture plant in China with Chery. Both moves let JLR chase growth in the US and Chinese markets, the same two markets currently squeezing it hardest, without carrying the full fixed cost of doing so alone. It's a sensible strategy. It's also an admission that JLR, on its own, can no longer afford to build everything it wants to sell everywhere it wants to sell it.

Strip away the headline, and the 4,000 layoffs are the least interesting number in this story. The more interesting number is 300,000, the smaller company JLR now says it's building toward. A factory floor is usually the last thing a car company protects when it's in real trouble. When Jaguar Land Rover cut 4,000 jobs and touched none of them, it wasn't being kind. It was telling everyone, in advance, exactly how much smaller a company it expects to become.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A driver passing a Flock Safety camera gets no warning, no chance to ask why the lens is pointed at the road, and no practical way to decline. The car is photographed, its plate and distinguishing features are turned into searchable data, and the trip continues.

A Flock installer in suburban Atlanta had options. When an investigative reporter began filming him working on a camera beside a public street, the installer packed up, drove away, and called 911 after the reporter followed at a distance. Three police cars eventually stopped the reporter.

That contrast is more than an easy gotcha. It exposes the central imbalance in automated license-plate surveillance: the people operating the system retain agency over being observed, while the people driving through it are reduced to searchable objects.

The camera is not the privacy issue by itself. The real issue is who gets to object, who gets to search, and who is expected to accept being watched.

A Public Camera Installation Became a Police Stop

According to InvestigateTV’s account and video of the August 19 encounter, national investigative reporter Brendan Keefe parked on a public street near a Flock camera that was being upgraded. He wore a high-visibility vest and a hat bearing his station’s logo, displayed a press placard, and began recording the work from a distance.

The installer left. Keefe followed several cars behind, hoping to document the technician’s next stop. The installer told a 911 dispatcher that he was being followed and harassed. Milton police pulled Keefe over minutes later, and two more units joined the stop.

There is a fair distinction here. Being followed by an unknown motorist can feel threatening, particularly to a field employee working alone. Flock told InvestigateTV that employees and contractors may contact police when they believe they face harassment, a threat, or another safety concern. The company also said it does not object to the public or press photographing its cameras or personnel in public.

The officers’ own response matters, too. Body-camera footage obtained by InvestigateTV shows one officer telling a supervisor that Keefe was not tailgating, chasing, stalking, or otherwise appearing to break a law. Police released him after roughly 17 minutes without a charge.

Flock’s employee was allowed to treat observation as a safety question and summon three police vehicles. Every ordinary driver photographed by the product he was installing is told observation is simply part of using a public road.

Your Plate Is Only the Beginning

The phrase “license-plate reader” understates what these devices collect. Flock’s own LPR policy defines the data as the plate image and number, a vehicle image, plate state, vehicle characteristics such as make and color, date, time, and camera location.

The system can also keep looking when there is no usable plate. Flock says its Vehicle Signature tools can search by vehicle attributes, including type, color, make, and other visible characteristics. The company markets searches for partial or missing plates as a selling point.

That is the first fact most drivers miss: the government-mandated metal rectangle on the back of the car is not the only identifier. A roof rack, body kit, bumper sticker, missing plate, or visible damage can help narrow the search. As The Auto Wire reported when Sen. Josh Hawley opened an inquiry into Flock, the network’s value comes from connecting vehicle sightings, not merely reading characters.

Flock now says its network includes more than 120,000 cameras across 49 states. At that scale, a still photograph becomes something qualitatively different. One image says a car passed one pole. Thousands of connected poles can describe movement.

Seven Days Is Still a Travel History

Flock has not ignored the criticism. On August 13, CEO Garrett Langley announced a shorter seven-day default retention period, mandatory misuse-detection assistance, required case codes, stronger login security, and an “Evidence Mode” that lets investigators preserve selected records for active cases.

Those are meaningful controls. A seven-day default sharply reduces the time an ordinary plate record remains available compared with the company’s former 30-day default.

Now for the second easily missed fact: the new seven-day default is not a universal seven-day limit on every Flock camera. The company later clarified that it applies to new law-enforcement customers. Private-sector customers keep the retention terms established for their accounts, while specific records can be preserved as evidence. Existing policies and applicable laws can also produce different retention periods.

A shorter memory is not the same thing as consent. It narrows the window after collection; it does not give a driver any say before collection. Seven days of sightings across a 120,000-camera network can still reveal far more than one officer standing beside one road could observe.

This is why the national debate keeps outrunning the reassuring phrase “plain view.” A plate is visible in public, but a database that can reconstruct where a car has appeared is not equivalent to a person noticing traffic. The U.S. Government Accountability Office found in 2024 that CBP, ICE, and the Secret Service all had agreements to query or view information from third-party plate readers, giving them access to a nationwide source of plate data. The GAO also found that agency policies did not always address key privacy protections. The report discussed third-party ALPR systems generally and did not identify Flock as those agencies’ vendor.

The Cameras Have Real Value—and That Raises the Stakes

None of this requires pretending plate readers are useless. A rapid alert can help recover a stolen car, find a missing person, or give police the vehicle lead they need after a hit-and-run. That usefulness is precisely why the systems spread and why communities accept them.

Milton did not stumble into this technology. In 2022, the city council approved adding nine Flock cameras to one it already operated, describing them as tools that could capture and share data or video for investigations. The pole Keefe documented belongs to a public-safety program backed by public authority, even if a private company supplies and services it.

The public therefore has a legitimate interest in seeing how that infrastructure is installed and operated. A company whose business is observation should expect the observers themselves to be observed.

Flock’s recent guardrails may reduce misuse, but they do not resolve the asymmetry revealed on that Georgia road. We have already seen what happens when a bad plate entry turns an innocent press-fleet driver into a stolen-car suspect, and why a proposed federal funding restriction would not remove locally funded cameras. The technology’s reach is now too broad to treat oversight as hostility.

The installer’s call was lawful. The reporter’s filming was lawful. The stop ended without an arrest. Yet the episode leaves one stubborn question hanging over every camera pole: if being watched in public can reasonably make the watcher uncomfortable, why are drivers expected to surrender that same discomfort without a word?

That is the real story. Flock is trying to prove that its system can be trusted through shorter retention, audit trails, and technical controls. Trust, however, also requires accepting scrutiny from the people whose cars supply the data.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Everyone's passing around the news that Grok is "coming" to Tesla's Robotaxi service. It isn't coming. It's already in the fleet, and the place Tesla documented it wasn't a hype post — it was a privacy notice most riders will never open.

Tesla's Robotaxi Rider Privacy Notice states plainly, in the section covering infotainment data, that "Robotaxi uses Grok, an intelligent AI-powered assistant built by SpaceXAI." It adds that the assistant is governed by SpaceXAI's own privacy policy, that AI answers can be wrong, and that Grok conversations stay anonymous to Tesla and aren't tied to your account. That single paragraph tells you more about what riders are actually signing up for than anything posted on X this week.

Speaking of which, Tesla's official Robotaxi account did post the marketing version on September 6: "Talk to Grok to control your Cybercab." No software version, no city list, no statement that every car in Austin already does it.

The document that doesn't mention Grok at all

Here's the part nobody seems to have checked. Tesla published the official Cybercab Rider Guide on September 4, two days before that post. Fourteen pages covering doors, seat belts, climate, media, emergencies, dimensions. Grok appears zero times.

Every function the guide describes routes through the center touchscreen or the Robotaxi phone app. Changing your destination mid-ride? The guide says edit it in the mobile app. Pulling over? Touchscreen, app, or the physical Stop button between the dome lights. Climate? Touchscreen. The voice layer is real, but as of Tesla's own current documentation it is an undocumented convenience sitting on top of a UI that assumes you're tapping glass.

Related Articles

• The EPA Called a 17-Year-Old Rule ‘Brand New’ So Congress Could Fast-Track Killing It. A Judge Wasn’t Buying It.
  
• Fake Dealership Websites Are Targeting Classic Car Buyers, FTC Warns

That gap matters, because the enthusiast video Tesla amplified describes Grok sending a notification to your phone so you can edit the destination. Read that carefully. Grok isn't rerouting the car. It's handing you off to the app that reroutes the car. The assistant controls the cabin. It does not control the driving stack. Tesla has been careful about that line, and riders should be too.

What Grok actually is in this context

Tesla's Grok support page is worth reading because it defines the product in owner cars, which is where most of the feature set was built. It requires an AMD infotainment processor, software 2025.26 or later, and either Premium Connectivity or Wi-Fi. It offers selectable voices and personalities ranging from Storyteller to Unhinged. And Tesla's own line: "Grok is currently in Beta."

Note the connectivity requirement, because it's the mechanical heart of the thing. Grok is not running on the car. Your voice goes up to a data center and the answer comes back down. In your own Tesla, a dead cell zone means a dead assistant. In a Cybercab, Tesla owns the connectivity, but the same physics apply — a parking garage, a tunnel, a congested cell site, and the voice interface degrades while the touchscreen keeps working. If you're relying on voice to change the cabin temperature and the network hiccups, you tap the screen. That's not a flaw, it's just the architecture, and it's why Tesla's official guide still treats the screen as the primary interface.

There's also a comedy of missing hardware. Half the marquee Grok vehicle commands Tesla advertises don't apply here. The support page lists opening the glove box — the Cybercab doesn't have one. It lists press-and-hold on the steering wheel mic button — there's no steering wheel. It assumes a signed-in owner account with contacts for phone calls; a taxi passenger has neither. What ships in a Cybercab is a narrower thing than what's in your Model Y, whatever the demo videos imply.

One small tell of how fast this is moving: Tesla's Grok page describes the assistant as built by SpaceXAI in the body text while the page's own metadata still credits xAI. The plumbing of the merger hasn't finished flowing through the website.

The privacy math riders should actually do

This is where I'd slow down. Two clauses in the privacy notice sit next to each other and change the picture.

First, by default, cabin camera and microphone are off until needed — a support request or a detected safety event. Tesla shows a green indicator when the cabin camera is live and an orange one when the microphone is active. Good design, and worth knowing what those icons mean before you assume the car isn't listening.

Second, and less publicized: riders in early access areas are subject to additional collection by default, including exterior camera analytics, cabin camera analytics and sound detection data. If you're riding a Cybercab in Austin right now, you are in that group. Tesla says the data isn't linked to your account, and it says these practices are temporary. But "not linked to your account" is a different promise than "not collected."

Layer Grok on top and there's a second data controller in the car. Your Grok conversation is processed by SpaceXAI under its privacy policy, not Tesla's. Tesla says those interactions are anonymous to Tesla. What they are to SpaceXAI is a separate document with separate terms. If you talk to a robot in a robot taxi, you've involved two companies in your ride, and only one of them sold you the ride.

Regulation, kids, and the "Unhinged" setting

The Cybercab's age rules are stricter than the Model Y robotaxi's. Per Tesla's Cybercab FAQ, riders under 13 aren't permitted at all, and 13-to-17-year-olds may ride only with an adult. The compliance guide says the same and adds that the car has no LATCH or ISOFIX anchors, so any booster must be belt-installed. Put a selectable "Unhinged" chatbot personality in a two-seat cabin that can legally carry a teenager, and you've created a content-moderation question that no rider guide currently answers.

Related Articles

• Hyundai August Sales Fall 14% as Korean Strike Hits Domestic Output
  
• Amazon Autos Heads Overseas in Early 2027 as Hyundai Touts Conquest Numbers

Meanwhile the driving software underneath is under active federal scrutiny. NHTSA's Office of Defects Investigation opened PE25012 in October 2025 covering an estimated 2,882,566 Teslas over FSD running red lights and traveling against the proper direction of travel, logging 58 incidents, 14 crashes and 23 injuries. In March 2026 the agency upgraded an earlier probe into EA26002, an Engineering Analysis across roughly 3.2 million vehicles examining whether FSD reliably detects and warns about its own degraded vision in glare and airborne obscurants. That document notes one fatality among the nine crashes under review and says Tesla's own data limitations may have caused under-reporting.

Those investigations concern supervised FSD, where a human is available. The Cybercab removes the human. The chatbot in the cabin does not fill that seat.

Practical takeaways

Learn the three ways out before you need them. Touch Pull Over for a normal stop. The Stop button between the dome lights is for emergencies and ends the ride while connecting you to support. The mechanical door release — pulling the lever fully up — is a last resort, and Tesla's guide warns that with the windows fully up and no power, doing it can shatter the glass. Turn your head away.

Understand your liability posture. You're a passenger, not an operator. Your personal auto policy isn't the primary instrument here, and improper use of the emergency release is the sort of thing a warning label exists to establish in a later dispute.

And treat Grok as an amenity, not a control. Ask it for music. Don't expect it to take the wheel there isn't.

Images Via: Tesla

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

More than 80 people — 80 adults and an unspecified number of juveniles — were arrested outside Greenville, South Carolina, over the weekend after a crowd swarmed a stoplight intersection to watch a car spin donuts inside a human circle. That's the headline every outlet is running with. It's the wrong one.

The real story is what almost none of those 80-plus people were actually doing. Most weren't driving. Most weren't organizing anything. They were standing in a circle, filming a stranger's car on their phones. Under a South Carolina law that isn't even four months old, that's enough. Standing in the circle now carries real legal exposure — and depending on whose car got someone there, it can cost that person a vehicle they never drove that night.

According to the Greenville County Sheriff's Office, the takeover happened just before midnight on September 5th at the intersection of Locust Hill Road and Fairview Road — a stoplight near a church, a daycare, and a cemetery, not an abandoned industrial lot. The sheriff's office shared video of the scene: a white car doing donuts inside a ring of spectators, smoke pouring off the tires, at least one person standing in the center of the circle as the car spun around them. By the time deputies finished processing the scene, they had made more than 80 arrests, impounded 38 vehicles, and recovered 10 firearms.

Ten guns is the detail worth sitting with. A street takeover used to get described, generously, as a car meet that got out of hand — tire smoke, bad decisions, a bored crowd. Add ten firearms to that crowd and it stops being a car culture story and becomes a public safety story that happens to involve cars.

Every one of those 80-plus people was charged with the exact same offense: aiding and abetting a street takeover, a crime that didn't exist in South Carolina until this spring. The governor signed the Roadway Protection and Safety Act into law on May 15th. The vote to get it there wasn't close — 109-1 in the House, 46-0 in the Senate — which tells you how little patience is left, across the political spectrum, for exactly this kind of chaos.

Here's the part that should surprise you. The law creates three tiers of offender — participant, organizer, and aider or abettor — and grades the punishment accordingly. A driver caught doing donuts faces up to a year in jail and a $500 fine on a first offense. An organizer faces the same. An aider or abettor — the legal bucket that swallowed essentially the entire crowd in Greenville — faces a maximum of 30 days and a $100 fine. Deputies didn't round up 80 street racers. They rounded up 80 people who, under the letter of the law, are barely more culpable than jaywalkers.

The fines are almost beside the point. The real leverage in this law isn't jail time — it's the car. Every vehicle used by a participant, organizer, or aider and abettor gets seized on the spot. Owners get ten days' notice and thirty days to pay towing and storage fees before title transfers permanently to the seizing agency, which can add the car to its own fleet or sell it and, as the statute puts it, "fund law enforcement activities" with the proceeds. The Auto Wire has covered this asset-forfeiture mechanic before, but rarely has it been aimed at spectators on a sidewalk rather than defendants in a federal fraud case.

That detail matters more than it sounds like it should for anyone who has ever loaned a car to a kid, a sibling, or a friend. Comprehensive and collision insurance policies routinely exclude coverage for vehicles seized or damaged during illegal activity, and a forfeiture-driven title transfer isn't something an insurer is going to make whole. If the car is financed, the lender gets notified too — but the bank still has to pay the towing bill to get its own collateral back. Nobody in that chain has to have been driving. They just have to own the car that showed up.

South Carolina isn't acting alone. Cities and states have spent this entire summer trying to legislate street takeovers out of existence, and Florida prosecutors are testing how far spectator liability can stretch after two BMW street racers killed a grandmother earlier this year, with passengers and onlookers who filmed the race facing scrutiny alongside the drivers. The pattern is the same everywhere: lawmakers have decided the easiest way to end the spectacle is to make everyone standing around it part of the crime.

None of that makes the physics of the Greenville takeover any less dangerous, or the ten recovered guns any less alarming. But the number worth remembering isn't 80. It's 38 — the vehicles now sitting in a South Carolina impound lot, thirty days from becoming county property, some of them owned by people who never touched a gas pedal that night. You didn't have to grab a wheel to lose a car in Greenville County this weekend. You just had to show up to watch someone else grab one.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A car factory in the Sindh desert just blew through another deadline. On its own, that's not news. Assembly plants slip their opening dates constantly in emerging markets. What makes this particular delay worth a second look is who actually stands to lose sleep over it. It isn't BYD, the Chinese company whose badge will eventually go on every car that rolls out of the place. It's a Pakistani electric utility that decided, in the middle of a national power crisis, that the smartest way to survive was to start selling cars.

The plant sits in Gharo, a small town on the coastal highway outside Karachi. It's a joint venture between BYD and Mega Motor Company, a subsidiary of Hub Power Company, Pakistan's largest independent power producer, known locally as Hubco. Hubco owns half the project through its holding arm and originally told investors the factory would be running by the first half of Pakistan's 2026 fiscal year. That deadline came and went. The company's newest guidance, relayed to analysts at Topline Securities, now points to the second half of calendar 2026, and even that window is already two months old. Total investment is pegged at $150 million, $90 million of which is borrowed. Planned output starts at 25,000 vehicles a year, with room to double.

When Dawn, Pakistan's business newspaper of record, asked Mega Motor why the plant was late, what it would build first, and how much of each car would actually be sourced locally, the company said nothing. Not a denial. Not a clarification. Just silence, filtered through a PR firm. That kind of non-answer usually means one of two things: the company doesn't know yet, or it knows and doesn't want the reason on record.

Here's the detail buried in the financial filings. BYD isn't the one financing this factory. Hubco is. Of that $150 million price tag, $90 million is debt sitting on a Pakistani utility's balance sheet, not BYD's. BYD supplies the platform, the badge, and presumably some engineering support. Everything else, the land, the loans, the currency exposure, the political risk, belongs to a company that had never assembled anything with wheels until a few years ago. This isn't unique to Pakistan. We've watched a version of this play out in Hungary, where BYD's factory deal is now facing a government audit tied to a former minister, and in France, where BYD twice tried to buy a stake in Renault and got turned down both times. The pattern is the same in all three places. BYD would rather rent a foothold than own the risk of building one from scratch.

Pakistan's auto assemblers have a well-documented reason for going quiet about missed deadlines: dollars. For much of the last four years, Pakistan's central bank has rationed the foreign currency needed to open letters of credit for imported parts, a direct consequence of the country's balance-of-payments crisis and IMF program. When the State Bank tightens that tap, assembly lines belonging to Toyota's and Honda's local partners have gone idle for weeks at a stretch waiting on kits stuck at customs. Mega Motor hasn't said this is what happened to its own timeline. But its silence follows a script that plenty of other automakers in Pakistan have already read from.

There's a second, quieter reason governments like Pakistan's court deals like this one at all. Pakistan's auto policy grants lower duties to vehicles built up progressively from imported kits, rewarding manufacturers who add local content over time. That's a reasonable goal on paper. In practice, it means a car can carry an "assembled in Pakistan" label while consisting mostly of parts that arrived in a shipping container and were bolted together locally, with genuine domestic sourcing showing up years later, if it shows up at all. Calling that a factory is generous. Calling it a final assembly line is more honest. Either way, it's a big part of why the tax math works for a joint venture like this one, and why a simple question about when local assembly actually starts is such an uncomfortable one for Mega Motor to answer.

None of that explains why a power company wanted into the car business in the first place. That answer sits in Hubco's other big project: a growing network of DC fast chargers spaced along the Karachi-to-Peshawar motorway, branded Hubco Green, with 24 sites already open and more planned every 100 kilometers. Pakistan's independent power producers spent years fighting the government over capacity payments, the guaranteed fees they're owed whether or not the country actually uses their electricity, as part of the country's long-running circular debt crisis. That fight made one thing obvious to Hubco: getting paid to have power available isn't the same as getting paid for power people actually use. Selling cars that need to be charged, on chargers Hubco owns, turns idle electrons into paying customers. The EV plant isn't really a diversification project. It's a demand-side hedge for a power company whose supply-side business has spent years under political pressure.

That hedge looks smarter next to a data point buried near the bottom of the same brokerage note: Pakistan's new-energy-vehicle segment grew 392 percent in the last fiscal year and now accounts for roughly 15 percent of the country's auto market. Chery, which is launching its own electric Q hatchback at the Pakistan Auto Show this month, is marketing it less as a green choice and more as a way to use rooftop solar panels people already own. Chery's own math claims a gasoline car driven 20,000 kilometers a year burns through roughly 488,000 rupees in fuel, versus about 30,000 rupees in electricity for an EV charged from home solar. In a country where grid reliability is shaky enough that middle-class households have been installing solar panels for years just to keep the lights on, that pitch lands very differently than it would in the United States. The car becomes a battery on wheels for power people already generate and would otherwise waste.

Zoom out and this is the same expansion playbook BYD has run in market after market on its way to chasing the title of the world's largest automaker within five years. Find a local partner willing to put up the capital and absorb the political risk, supply the vehicle platform and the brand, and let someone else's balance sheet take the hit if the timeline slips or the currency moves. It's worked well enough that BYD's own financials now look stronger even as unit sales soften, and well enough that European regulators are watching Chinese-brand resale values slide almost as fast as the expansion itself.

A missed deadline in Gharo won't slow BYD down. The company has plants and partners scattered across enough countries that one delayed joint venture barely registers as a rounding error. But it says a lot about how BYD is becoming the biggest automaker on earth without necessarily being the biggest risk-taker on earth. The world's biggest EV maker doesn't always need to build the factory. It just needs someone else desperate enough to build it for them.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

The Department of Transportation does not decide where car companies buy parts. That job belongs to Commerce, the Trade Representative, and Congress. Sean Duffy wrote to Jim Farley anyway.

The letter is dated September 3 and runs about two pages. DOT posted it publicly on September 8. Duffy tells Ford's CEO that the company's recent decisions show a foundational American brand "actively intertwining its future with Chinese state-backed enterprises," then lists the receipts: the CATL battery technology license at BlueOval Battery Park in Marshall, Michigan; the Geely joint venture in Spain; talks with BYD over hybrid components; a joint-venture framework Duffy says Farley floated at the Detroit Auto Show; and the decision to keep building certain Lincolns in China until 2030.

Ford fired back the same day, calling the letter a "wrongheaded attempt to capture headlines" and saying it contains factual errors. The company denies proposing any joint-venture framework, says the Marshall plant is Ford-owned and Ford-staffed with a limited technology license rather than a foreign-owned operation, and says the Lincoln criticism is off base.

Related Articles

• Toyota’s Electric Highlander Misses Its Second Deadline, and This Time Toyota Won’t Even Guess a Third
  
• Ford August 2026 Sales Down 10.3%: What the Numbers Actually Show

Here's what the underlying documents actually show, because most of this is on the public record and nobody seems to be reading it.

The Nautilus number is worse than the letter says

Every automaker files parts-content data with NHTSA under the American Automobile Labeling Act. That filing is where the sticker on the window comes from, and it's the single most useful document in this entire fight.

Pull the MY2026 report and find the Lincoln Nautilus. US/Canadian parts content: 10 percent. Major foreign source: China, 90 percent. Final assembly: China. Engine: China. Transmission: China.

That is not a domestic vehicle with an imported trim piece. That is an entire industrial package sitting on the other side of the Pacific, and unwinding it means qualifying a body shop, a paint shop, a 2.0-liter engine line, a transmission source and a tier-two supplier base. Four years is not foot-dragging. Four years is roughly what that takes.

While you have the file open, scroll up two lines. Ford's own federal filing lists China as a country of origin for the Mustang's six-speed manual transmission and for a Bronco transmission. Duffy's letter doesn't mention either. Scroll further and you'll find Cadillac's Lyriq, Optiq and Vistiq, plus the Chevy Blazer EV and Equinox EV, all showing China as their top foreign parts source at 18 percent. Mercedes lists China in the twenties and thirties on the EQ cars.

Ford is not an outlier here. Ford is the one that got a letter.

The 2030 date isn't Ford's date

This is the part that makes the letter awkward.

In January 2025 the Commerce Department's Bureau of Industry and Security finalized its connected vehicles rule, which bans vehicle connectivity and automated driving software linked to China starting with model year 2027, and bans the associated hardware starting with model year 2030.

A modern Lincoln is a connected vehicle. Its telematics module, cellular radio and infotainment stack all fall inside the definition. Which means Ford's stated 2030 exit from Chinese Nautilus production lands precisely on the deadline the federal government itself set for the hardware. Ford isn't choosing 2030 out of thin air. It is complying with a calendar written by the same administration now complaining about the calendar.

You can argue Ford should move faster. You cannot really argue that hitting a federal deadline exactly is evidence of divided loyalty.

Licensing versus a joint venture is a real distinction

Duffy's letter treats the CATL arrangement and the Geely arrangement as the same species of problem. They are structurally different animals, and anyone who has looked at a term sheet knows it.

Marshall is a technology license. Per Ford's own updates from the plant, BlueOval Battery Park Michigan is running lithium iron phosphate cell production with more than 500 employees on the way to a stated 1,700, operated through BlueOval Battery Michigan LLC, a wholly owned Ford subsidiary, at roughly 20 GWh of annual capacity. CATL supplies the recipe and the process know-how. Ford owns the equipment, the building and the payroll.

Valencia is an actual joint venture. Ford and Geely announced in July that they'll share the Spanish plant, with three Ford-branded multi-energy vehicles and two electric Geely SUVs starting in 2028, operations beginning in the first half of 2027. That one puts a Chinese automaker on a production line in Western Europe, which is a genuine strategic question. It just isn't a US one.

Why LFP was licensed in the first place

Worth understanding the engineering, because "why not just develop it yourself" gets thrown around a lot.

Lithium iron phosphate is chemically simple and patent-expired. The hard part is manufacturing yield: cathode particle coating, electrode calendering, moisture control at the parts-per-million level, and formation cycling that determines whether your cells last 3,000 cycles or 800. CATL has spent two decades and enormous volume grinding that process down. Buying the process is a shortcut, and the alternative was importing finished Chinese cells, which is what most of the industry does.

Related Articles

• BYD Isn’t Really Betting On Robot Hands — It’s Cashing In On Something It Already Owned For Free
  
• 73,000 People ‘Signed Up’ for Tesla’s Cybercab Fleet. Not One of Them Bought Anything.

LFP also matters to owners in ways NMC doesn't. It shrugs off repeated DC fast charging, tolerates being parked at 100 percent state of charge, contains no cobalt or nickel, and is far less prone to thermal runaway. It's also heavier per kWh and unhappy in deep cold. If you buy an affordable EV in the next few years, you are probably buying LFP.

What this means if you're shopping

Read the Monroney sticker. The parts-content block is federally mandated and it tells you final assembly country, engine origin, transmission origin and US/Canadian content percentage. It is the only line on that window that isn't marketing.

For anyone eyeing a used Nautilus, factor in the supply chain. A vehicle at 90 percent Chinese content has a collision-parts pipeline that runs through tariff schedules and ocean freight. Longer parts waits push up rental days and repair invoices, and higher repair invoices push cars past the total-loss threshold faster. That's a real cost that shows up in your deductible and your renewal, and it won't change no matter how many letters get published.

CATL's presence on the Pentagon's list of Chinese military companies carries no import ban for automakers, which is why the letter reads as a warning rather than an order. DOT can regulate safety standards, recalls and fuel economy. It cannot tell Ford who to buy cathode powder from. That's the whole reason this arrived as a press release instead of a rulemaking.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Nobody in that Longwood, Florida intersection actually saw the crash coming. That's the part everyone keeps skipping past.

A witness who filmed the moment described it like weather rolling in. "It was like a cloud had dropped down from the sky in the road," Krista Bridges told FOX 35 Orlando. She wasn't talking about fog. She was describing burnt rubber, boiled off two spinning tires until it filled an entire four-way intersection.

That's the detail buried under the headline everyone already knows. On September 7, Florida Highway Patrol says a 20-year-old driver named Malakih Battle was spinning his Chevrolet Corvette in donuts at a Longwood intersection when a Honda Civic entered the smoke, collided with him, then veered off the road and through the front pillar of a house. A 6-year-old boy was sitting on a couch a few feet from the impact. He wasn't hurt. Troopers cited Battle for reckless driving and moved on to the next call.

Treat this as a story about one reckless driver and the real story slips right past. A stunt that doesn't require much real speed just generated real, six-figure consequences, and Florida's insurance rules were never built to handle it.

Start with what a donut actually does to a driver's eyes, including the one doing it. Holding a car in a sustained spin means feeding in enough throttle to keep the rear tires overpowering the front's grip, so those rear tires are spinning far faster than the car is actually traveling. That mismatch is what turns rubber into smoke. It's the same basic principle behind the deliberate suspension tricks some drivers use to break rear grip on purpose. A donut isn't really a loss of control. It's a controlled maneuver that manufactures a whiteout as a side effect, inside whatever intersection the driver happens to be occupying.

That whiteout is the actual mechanism of this crash. The Corvette never hit the house. A car that couldn't see through a self-made smoke cloud, driven by someone who couldn't see through it either, collided with a car that had every reason to expect a clear intersection. The donut didn't just risk the driver spinning it. It blinded everyone unlucky enough to share the road with him at that exact moment.

Here's the part that should bother car owners more than the video. Florida's minimum insurance requirements were never built for this kind of damage, and most drivers have no idea how thin that coverage really is. Every vehicle registered in the state needs just $10,000 in Personal Injury Protection and $10,000 in Property Damage Liability coverage, full stop, according to the Florida Department of Highway Safety and Motor Vehicles. There's no mandatory bodily injury liability for an ordinary passenger car. That $10,000 property damage figure is supposed to cover whatever you wreck that belongs to someone else. It was a reasonable number when lawmakers set it, back when the typical claim was a crumpled bumper, not a hole in a wall.

It is not a reasonable number for replacing a structural porch pillar, a section of brick facade, and the framing behind it, and that's before anyone even tallies the Civic. The homeowner's own insurer will likely front that repair under her dwelling coverage, then chase Battle's policy to recover it. If he's carrying only the state floor, that $10,000 has to stretch across a house and a car, and whatever it doesn't cover becomes personal debt owed by a 20-year-old who now also has a reckless driving charge on his record. His own Corvette isn't touched by that mandatory coverage at all. Property damage liability only pays for other people's property. Fixing his own car is a separate, optional coverage, and insurers routinely dig into whether a crash tied to an intentional stunt even qualifies for a payout.

Widen the lens and this stops looking like an isolated Florida story. The Auto Wire recently covered a Corvette driver who ran from Arkansas troopers at 156 mph before crashing, and just three days before Longwood, a stolen Corvette spun donuts for a crowd of roughly a hundred people in Pennsylvania before its driver abandoned it on I-80. None of those stories are really about horsepower. They're about a pattern: low-cost, camera-ready stunts that create financial exposure wildly disproportionate to how "fast" they look on video. A donut in an intersection reads as harmless compared to a three-digit highway chase. The insurance math, and increasingly the state-by-state driving laws that govern reckless driving charges, don't see it that way.

There's also a tracking gap worth knowing about. Groups like the Storefront Safety Council obsessively count vehicle-into-building crashes involving retail stores and other commercial structures, logging more than 100 a day nationwide by that group's estimate. Nobody tracks residential strikes with anything close to that rigor. The Longwood homeowner said this was the third vehicle to end up on her property this year, and the first to actually hit her house. That's not a statistic anyone compiles. It just becomes a headline the next time a witness happens to be filming.

The Corvette's speedometer never mattered here. The smoke did. And the bill for that smoke is about to land on people who were never anywhere near a steering wheel.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A Belgian real estate group bought the corpse of Audi Brussels on Tuesday, September 1. Two days later, Volkswagen Group's supervisory board signed off on a plan that puts an Audi plant in Germany on a watch list. If you want to understand where Europe's premium car industry actually is right now, those two announcements sitting 48 hours apart tell you more than any earnings deck.

Start with the number everyone remembers. In March 2025, Audi's board and works council signed an agreement cutting up to 7,500 jobs in Germany by 2029. Read the fine print and it's narrower than the headline suggests: the cuts land in what Audi calls indirect areas, meaning administration, sales, planning and development, not the people bolting cars together. The same document extended job protection at the German plants to December 31, 2033, promised roughly €8 billion of investment at Ingolstadt and Neckarsulm through 2029, and set aside a €250 million "future fund" specifically to give Neckarsulm something to build.

That last detail matters now.

Where the 7,500 actually stands

Audi published a progress line in its 2025 annual results this past March: 65 percent of a planned reduction of up to 6,000 positions by 2027 was already implemented or bindingly agreed, with up to 1,500 more coming by 2029 through retirement schemes. Do the arithmetic and roughly 3,900 jobs were gone or spoken for eighteen months in. Against a workforce of more than 88,000, the full program is around eight percent of Audi's global headcount, taken almost entirely out of Germany.

Related Articles

• Apple’s New CEO Races Rare Porsches on Weekends. His Actual Job Title Explains Why the Apple Car Really Died
  
• Cybercab Federal Audit Opens as Waymo Reaches 14 Cities

Nobody is being frog-marched out the gate. German co-determination law doesn't work that way, and the mechanism here is attrition plus early retirement plus buyouts, which is why the timeline stretches to 2029. It's also why these programs are expensive up front: Audi's own results cite provisions for the agreement as one of the drags on 2025 operating profit, alongside a €1.2 billion hit from US tariffs. Margin fell to 5.1 percent. Cutting people costs money before it saves any.

The factory that closed, and what a dead plant is worth

Audi Brussels stopped building cars on February 28, 2025. The social plan covered about 3,000 employees and paid more than double the statutory Belgian redundancy entitlement, plus outplacement and special provisions for workers over sixty.

The site's history is longer than Audi's tenure by a wide margin. Brussels regional planning agency perspective.brussels documents the lineage: car building at Forest along the Brussels–Mons–Paris rail line since 1924, Citroën until 1980, D'Ieteren assembling Studebakers, VWs and Porsches from 1948, Volkswagen from 1970, Audi from 2007. Roughly 53 hectares. It is the largest industrial parcel in the Brussels-Capital Region, it sits on a high-voltage grid connection, it has freight rail, and it is one hundred percent inside a flood zone. It also forms a 1.3-kilometer wall between Forest and Anderlecht that pedestrians cannot cross.

That combination explains why the search for a carmaker to take it over went nowhere. A high-voltage feed and rail sidings are genuinely valuable. A flood-plain site wedged into a dense capital with no room to expand is not where anyone builds a new vehicle program in 2026.

Rings Park 21 is a leasing plan, not a payroll

Heylen Warehouses, Audi, the Brussels-Capital Region and the municipality of Forest announced their agreement on September 1. The plan converts 55 hectares into a mixed urban business park provisionally called Rings Park 21, targeting at least 3,000 jobs, partially opening the grounds to the public and upgrading Forest-Midi station. The Brussels government activated its Competitiveness Pact to support the redevelopment with tax instruments.

Here's the part the jobs figure conceals: the release states plainly that the companies moving in have not been determined, and the parties are still finalizing the legal documents. No purchase price was disclosed. A 3,000-job target on a logistics-and-light-industry campus is an ambition spread across a decade of leasing, not a number of people with contracts. Regional authorities have already confirmed they intend to keep the land zoned as an urban industry zone, which at least prevents the most obvious outcome, which is apartments.

Neckarsulm is the sentence that should worry Audi people

On September 3, VW's supervisory board approved Future Plan 2030. Buried in the production section is an acknowledgment that European capacity exceeds demand by more than 500,000 units, and that future production allocation for Emden, Zwickau, Hanover and Neckarsulm "cannot currently be secured" on a staggered basis from 2031 to 2034. Alternative uses for those plants are being assessed. A concept for European production structure is due by the end of June 2027. Separately, the plan calls for a Group-wide workforce adjustment of approximately 50,000 positions, on top of the 35,000-plus German reduction agreed with IG Metall in December 2024.

Neckarsulm is an Audi plant. It builds the A6, A7 and A8, and it's where that €250 million future fund was supposed to buy a new model. Audi's job protection runs to the end of 2033. The dates 2031 to 2034 are not an accident: the guarantee covers people, not product allocation, and a plant with no car to build is a plant you close the day after the guarantee lapses. Anyone who read the 2025 agreement as a permanent settlement misread it.

What this means if you own or want one

If you have a Q8 e-tron or the earlier e-tron in your garage, you own an orphan built in a factory that no longer exists. That's not a crisis, but it changes the math.

Parts and software support run on Audi's normal European obligation periods, so service isn't going anywhere soon. What does change is trim, glass, body panels and interior pieces specific to a discontinued Brussels-only model. Collision parts for low-volume orphans get scarce and expensive first, and that feeds directly into insurance: a repairable car with a long parts backorder becomes an economic total loss faster than an identical car with plentiful supply. Pair that with a 114 kWh battery pack sitting under the floor, and even moderate underbody damage can put a Q8 e-tron over its actual cash value in a hurry. Ask your insurer how they value discontinued imports before you renew.

Related Articles

• Georgia Troopers Wreck More Than Half Their Chases. This Week, One of Them Killed a Teenager in Tucker.
  
• A New Bill Wants To Study China’s Grip On The Auto Industry — Congress Might Want To Check The Showroom Floor First

The upside for buyers is real. The EPA rates a 2024 Q8 e-tron quattro at 285 miles and 81 MPGe against a $74,400 sticker. Depreciation on a discontinued luxury EV is brutal, which makes it one of the better used bargains in the segment for someone who understands the risk.

Before you sign, run the VIN through NHTSA's database. These cars carry real recall history, including campaign 19V-434, which covered 1,646 model-year 2019 e-trons where moisture could enter the high-voltage battery through a faulty charging socket seal and cause a short circuit. The remedy was a new seal plus component replacement at no cost. Confirm it was actually performed. Recall completion on a five-figure used car nobody is tracking is a coin flip.

Audi says its plan is on schedule and points at 223,032 fully electric deliveries in 2025, up 36 percent. That's a genuine number and a genuine recovery. It also arrives while the parent company writes down half its model portfolio and puts four plants on notice. Watch June 2027. That's when we find out whether the Forest playbook gets used again, and where.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ford's Edge has been dead since 2024. No factory builds it, no dealer orders one, and no marketing budget defends it. That makes what just happened in Washington a little strange: the federal government agreed this month to take a fresh look at nearly half a million of them over an engine that may be flooding its own cylinders with coolant. But the stranger part isn't the engine. It's who asked for that look, and how little the request actually guarantees.

Framed the way it's been framed everywhere else, this is "Ford under federal investigation, 500,000 vehicles at risk." That framing isn't wrong, exactly. It's just premature by one important regulatory step, and understanding that step reveals more about how recalls actually happen than the defect itself does.

On September 3, 2026, NHTSA's Office of Defects Investigation opened case DP26008, covering 2015 through 2018 Ford Edge models equipped with the 2.0-liter EcoBoost four-cylinder. The filing describes a specific chain of symptoms: engine coolant intrusion that causes a significant loss of power, an "Engine Coolant Over Temperature" warning, and, once the engine cools back down, rough running with a check-engine light for a cylinder misfire. Roughly half a million Edges built across those model years fall inside the affected population.

A Petition Is Not an Investigation

Here's the detail almost every headline skipped: DP stands for defect petition, not preliminary evaluation. NHTSA didn't wake up and decide, on its own, to dig into an old crossover. Someone, an owner, an attorney, an advocacy group, the filing doesn't specify, submitted a formal petition on August 5, 2026, asking the agency to open an investigation. What NHTSA actually opened this month is not a finding of a defect. It is an acknowledgment that the petition exists and a commitment to decide whether it earns a real engineering investigation. By the agency's own description of its process, that request now moves through screening and analysis before any engineer puts an Edge on a lift.

That distinction didn't stop Ford's stock from taking a hit the same week the case number was assigned. Shares slid, traded as though the agency had already reached a conclusion. It hadn't. It had logged a request to consider reaching one, something that happens to automakers far more often than most car buyers realize, and something that just as often ends with a quiet denial in the Federal Register instead of a recall letter in an owner's mailbox.

The engineering matters more than the paperwork, though, and this is where the story gets genuinely interesting for anyone who has owned a turbocharged four-cylinder. A garden-variety coolant leak announces itself: a sweet smell, a puddle under the car, a slow crawl toward a low-coolant warning. Intrusion is different. It means coolant is slipping past a gasket, sleeve, or casting flaw directly into a combustion chamber, and the first sign a driver gets is often the engine already misbehaving. Liquid doesn't compress. A cylinder that fills with enough coolant on startup can hydro-lock a piston mid-stroke, and even small amounts wash the protective oil film off the cylinder wall every time it happens, quietly accelerating wear on rings and bearings. That is a very different repair conversation than swapping a hose. It's the conversation that ends with a shop quoting a full teardown, or a replacement engine.

Why There's No Easy Fix Left

It's also a repair Ford can no longer design its way around, because there is no next model year. The Edge left production in 2024, so there's no future assembly line to quietly receive a revised head gasket or a redesigned coolant crossover. Any fix that eventually comes out of this, if the petition is granted, if a full investigation follows, if that investigation finds an actual defect, if Ford or NHTSA then orders a recall, has to be retrofitted into cars that are already eight to eleven years old. That's a lot of ifs stacked on top of each other, and every one takes months.

That timeline lands squarely on people who never bought the Edge new. Ford's original powertrain warranty on these model years expired years ago for the vast majority of them. The buyers most exposed to a four or five-figure engine repair right now are used-car shoppers looking at a clean title and a "runs great" listing, not the original owners who financed it new. Anyone cross-shopping a 2015-2018 Edge with the 2.0-liter EcoBoost this fall should treat a rough start after the car has sat overnight as more than an inconvenience. It's the exact symptom named in a federal filing, and it's worth a pre-purchase inspection that specifically checks the oil for coolant contamination.

A Pattern Across Ford's Recent Recalls

None of this happens in a vacuum. Ford has spent the past year fielding federal scrutiny across nearly its entire lineup: a Bronco wiring recall covering more than half a million trucks, a chrome-trim recall on the Expedition that drew the same half-a-million headline treatment, and an EGR-related power-loss recall on 48,000 vehicles that took months to produce an actual fix. Ford has also shown the opposite outcome is possible. A documented oil-consumption problem on certain F-150 V8s has generated a lawsuit and years of owner complaints without ever tipping into a recall at all. Set those cases next to DP26008 and a pattern emerges. The word recall gets attached to a story long before the facts justify it, because petitions and investigations generate headlines that recalls-in-waiting cannot control.

The number worth remembering here isn't 500,000. It's the fact that a single petition, not a Ford disclosure and not an agency-initiated probe, is what put a discontinued crossover's coolant system back in the news. A recall forces a manufacturer's hand. A petition only asks the government to consider whether it should. Until NHTSA actually grants this one, the Edge's engine problem is a documented allegation with a case number attached to it, nothing less, and for now, nothing more.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Nobody sets out to design 2,600 seats.

A company backs into a number like that one "just this once" exception at a time, across three decades, until an executive has to stand in front of a supervisory board and explain how it happened. That explanation is the real story here — not the models Volkswagen is killing, but the years it spent quietly building reasons for them to exist.

The Headline Numbers, and the Ones That Actually Matter

The figures already circulating are dramatic enough on their own. Volkswagen wants to cut its global model count from roughly 150 nameplates to about 75 by 2030, shrink group-wide production capacity from the roughly 11 million vehicles it built in 2019 to somewhere around 9 million, and is weighing the closure of up to four plants in Germany. CEO Oliver Blume has framed the moment in blunt terms, describing it to the board as "the biggest transformation in the history of the global automotive industry."

One brand doesn't survive the cuts at all. Seat, the Spanish marque Volkswagen has controlled since the 1980s, is being wound down as a standalone brand because its lineup overlaps too heavily with both Volkswagen-badged cars and with Cupra — the sportier offshoot Seat itself spun up in 2018.

That's worth sitting with for a second: Volkswagen is killing the parent to protect the child.

It's also worth being precise about which factories are actually on the closure list, because the reporting circulating on this has gotten muddled. Ingolstadt is genuinely Audi's home turf — its headquarters plant. But Emden builds the Volkswagen-badged ID.4 and ID.7, Hanover builds the Volkswagen Commercial Vehicles Multivan and ID. Buzz, and Zwickau is the factory Volkswagen converted into its flagship home for MEB-based electric cars. Three of the four plants under review belong to the Volkswagen brand and its commercial-vehicle arm, not Audi. That distinction matters if you're trying to figure out whose jobs are actually on the line. Auto Wire covered the original plant-closure list back in June, before the board had formally signed off on anything.

What Platform Sharing Was Supposed to Fix

Here's the part that should bother anyone who's followed Volkswagen longer than one earnings cycle: the modular platform strategy the company spent the 2010s selling to investors — MQB underneath the gasoline lineup, later MEB underneath the electric one — was pitched as the cure for exactly this problem. One set of shared underpinnings, spread across a dozen brands, was supposed to make everything cheaper to engineer and build.

What actually happened is that shared platforms didn't eliminate the appetite for differentiation. They subsidized it. Once the expensive, safety-critical parts of a car were common across brands, product planners at Audi, Bentley, Lamborghini and Volkswagen itself had cheap license to keep customizing everything layered on top of that shared base: seat foam, bolster stitching, steering-wheel rim shape, infotainment skins. A platform is supposed to make two cars cheaper to build. At Volkswagen, it also made room for 2,600 different seats.

Auto Wire has already laid out how Volkswagen's own numbers point to the org chart, not tariffs, as the real culprit behind this crisis. This is the same disease showing up in the parts bin instead of the balance sheet.

Seat Didn't Die Today

Seat's death has actually been underway for a while, if you know where to look. Volkswagen's own newsroom already shows Seat and Cupra sharing a single combined leadership structure — one CEO, one supervisory board chief, for both brands at once. When the two brands' flagship plant in Martorell, Spain, started production this past June on a new pair of electric city cars, the two models that rolled off the line were a Cupra Raval and a Volkswagen ID. Polo — not a single Seat-badged car between them. The brand had already been quietly edited out of its own factory's launch lineup months before Volkswagen made the closure official.

Cupra, for what it's worth, only exists because Seat needed somewhere to put its performance-trim cars back in 2018. The offshoot has now outgrown the company that created it, and Volkswagen has decided the parent is the one that has to go.

The Luxury End Has Its Own Problem

There's an irony sitting inside the premium half of this plan, too. Bentley and Lamborghini sell partly on the promise of bespoke configuration — the idea that no two cars need be alike. Squeezing their seat options down alongside Audi's mainstream lineup, from thousands of combinations to about a hundred, trims the very knob that ultra-luxury buyers pay extra to turn. Volkswagen says every price point from Skoda to Lamborghini will still be covered. It hasn't said what "bespoke" is supposed to mean once the parts catalog gets this much smaller.

What This Means for Owners, Not Just Investors

There's a practical side to all this that current owners and independent shops should care about, separate from the strategy talk. Every one of those thousands of seat and steering-wheel variants is a distinct part number sitting in a supplier's system and, eventually, a dealer's parts bin. Fewer variants going forward means fewer SKUs to forecast, stock and homologate for each regional market — a real cost saving on paper. But it also means Seat owners, and anyone holding a Volkswagen Group model in a trim that's getting deleted, are looking at a shrinking universe of direct-replacement parts down the road. Collision-repair and parts pricing on discontinued configurations tends to get worse, not better, once a manufacturer stops building the exact seat frame or trim panel a claim needs. Simplifying the catalog going forward doesn't un-complicate the cars already on the road today.

The GM Playbook, Seventeen Years Late

None of this is really new to the industry — Volkswagen is just arriving late. General Motors ran a version of this exact math in 2009, killing Pontiac, Saturn and Hummer once bankruptcy forced it to admit those brands existed mostly to fill showroom floors rather than to serve buyers who couldn't already get the same car with different badges elsewhere. GM needed a bankruptcy judge to force that call. Volkswagen is trying to make it voluntarily, with its supervisory board — which includes labor representatives — signing off before any court has to.

That detail is not small. Volkswagen's supervisory board structure gives workers' representatives real votes on decisions like plant closures. Getting that board to approve a plan that could still cost tens of thousands of jobs means Volkswagen has, for now, gotten organized labor to agree with the diagnosis even if the specific plant closures and layoff numbers are still being negotiated. Whether that agreement survives contact with actual layoff notices, in a market where Volkswagen's China profit machine has already collapsed and Audi's own China-built EVs are undercutting its German-built lineup, is the thing worth watching over the next two years. Not the model count.

What To Remember

Forget the 150-to-75 headline. That number describes an outcome. The number that describes the disease is 2,600 — the seat designs, the steering wheels shrinking from a hundred down to five, the decades of "just this once" decisions that piled up inside a company that told investors it had already solved the complexity problem once, back when it first sold Wall Street on platform sharing. Auto Wire has been tracking how recently Volkswagen built the very lineup it's now dismantling, and the pattern holds here too. Cutting the catalog in half doesn't fix the culture that produced a 2,600-option seat menu in the first place. It just proves Volkswagen finally noticed the menu.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A car dealership in Albertville, Alabama just cut the price of a season of youth football from $150 to $25. Baseball, basketball and soccer all dropped to the same flat rate. No income test, no residency requirement, no fine print. It reads like a heartwarming local news segment, and it is one. It is also something else entirely: a working example of how a car dealer swaps the most expensive, least dependable form of advertising in the business for one of the cheapest.

The dealership is Howard Bentley Buick-GMC, and the program is called Drive to Play, run with the City of Albertville and Sand Mountain Park & Amphitheater. The park reached out to local businesses looking for help lowering registration costs for area kids. Howard Bentley didn't sponsor a single team or buy a banner on an outfield fence. It covered the entire gap between the old price and the new one, for every sport, with no end date attached. Dealer principal Taylor Bentley Conner, the third generation of her family to run the store, described it simply as a way of repaying a community that's supported the dealership for close to 40 years.

That's the press-release version of this story. Here's the part the press release leaves out: this is also one of the most efficient customer-acquisition strategies available to a modern car dealer, and it has almost nothing to do with the car itself.

The Math Nobody Puts in a Press Release

Ask a car shopper where a dealership actually makes its money and most will point at the sticker price. They're wrong, and dealers have known it for decades. New-vehicle sales run on thin, incentive-dependent margins. The money that keeps a store open is the service drive and the parts counter, the recurring business that only exists if a customer keeps coming back for oil changes, brake jobs and warranty work years after the loan is signed. A car sale is a single transaction. A family that trusts your service bay for a decade is closer to a subscription.

That distinction is exactly why paying $25 toward a kid's soccer registration makes more sense on a dealer's books than pouring another few thousand dollars into online leads. The digital playbook dealers have leaned on for fifteen years is getting more expensive while getting less reliable, and Cars.com's own numbers on that shift are worth reading. A sponsorship that puts a dealership's name in front of the same families every season, at every field in town, doesn't have a bounce rate. It has something better: it makes the dealership the automatic answer when somebody in that town needs a car, because everyone already knows exactly who paid for their kid's cleats.

Funding a League Costs Less Than You'd Think

There's a scaling trick hiding in this deal, too. A logo on one team's jersey buys goodwill with maybe fifteen families. Underwriting registration for an entire city's parks-and-rec league buys goodwill with every family that plays a sport in that city, every year, for as long as the program runs. The gap in cost between sponsoring one team and sponsoring the whole system is smaller than it looks, because the expensive part of youth sports, the fields, the staffing, the insurance, is a fixed cost a city already carries regardless of how many kids sign up. Buying down the registration fee is a comparatively cheap way to attach a dealership's name to an entire town's Saturday mornings.

Why It Took a Family-Owned Dealer

It's worth noticing whose name is on this deal. A third-generation, family-owned Buick-GMC store made this bet, not a publicly traded dealer group. Public retailers answer to shareholders every ninety days, the same shareholders who recently hammered Carvana's stock despite a record quarter because a different line on the balance sheet moved the wrong way. A marketing line item with no attributable return and no expiration date is a hard sell in that room. Bentley Conner didn't need to build a slide deck to greenlight this program. She needed a phone call from the parks department.

The Other Way Dealers Buy Attention

Compare that with the other end of dealer marketing. In 2023, the FTC published a public list of 97 dealerships it accused of illegal advertising, hidden fees, phantom inventory, the kind of tactics built to generate a short-term lead at the cost of long-term trust. Both are attempts to win attention in a crowded market. One buys it through deception that eventually invites a federal regulator. The other buys it by covering a kid's registration fee and letting word of mouth finish the job. Trust still converts better than a bait-and-switch, and it's considerably cheaper to defend in court.

This isn't really a story about a generous dealer in Alabama. It's a story about where car dealers are being pushed to spend money now that the old model of buying attention is breaking down. The detail everyone will notice is the $25 registration fee. The detail that actually matters is that a car dealership found a marketing channel Google can't inflate the price of.

Whether other dealers copy this is the part worth watching. Sand Mountain Park had to go looking for one dealership willing to help. Nothing stops the next city's parks department, or the next dealer, from figuring out that the same math works anywhere kids play sports for a fee. The dealership that gets there first doesn't just get a jersey patch. It gets to be the name that comes up at the kitchen table the next time someone in town needs a truck.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A Recall So Small It's Almost the Point

Nineteen cars. That's the entire population of Tesla's newest safety recall, filed with the National Highway Traffic Safety Administration on September 1, 2026, as Campaign 26V558000. Nineteen 2026 Model Ys, somewhere on American roads or still sitting on dealer lots, left the factory with a front suspension fastener that never got torqued to spec.

That's the whole recall. By the standards of an industry where six- and seven-figure recall numbers are routine, 19 cars barely registers. But the tiny scale is the least interesting thing about this filing. The interesting part is that this is the fourth time since 2021 Tesla has told federal regulators the exact same joint, on the exact same suspension component, wasn't attached correctly on the assembly line.

According to the defect report on file with NHTSA, one or more fasteners on the front lower lateral link, the arm that locates each front wheel and manages cornering and braking loads, may not have been properly tightened. If a bolt backs out far enough, the lateral link can separate from the sub-frame entirely. NHTSA's language for the consequence is blunt: a separation could shift the wheel alignment, causing a loss of vehicle control and increasing the risk of a crash. The fix is free: inspect, re-torque or replace the fasteners, check alignment, and swap any parts already damaged. Owner letters go out October 30. Tesla's internal reference is SB-26-31-004.

Here's the first thing most owners don't realize about recalls: federal law doesn't care how many cars are involved. A recall exists to address unreasonable risk, not to clear some volume threshold. A defect affecting two cars gets the same Part 573 paperwork, the same public filing, and the same free repair as one affecting two million. Legally, this 19-car filing carries the same weight as the roughly 5-million-vehicle door handle recall Tesla is still fighting in China.

The Same Bolt, Four Times Since 2021

What should catch your attention is the recurrence. In October 2021, Tesla recalled 2,791 Model Y and Model 3 units, filing 21V835000, because front suspension lateral link fasteners could loosen and allow the lateral link to separate from the sub-frame. In December 2022, it recalled 26 more 2023 Model Ys, filing 22V895000, for fasteners that may not have been properly tightened. In March 2023, it expanded the 2021 action to cover 422 more 2018-2019 Model 3s under filing 23V235000, using almost the identical sentence: front suspension lateral link may separate. Now, in September 2026, on a Model Y built years after all three of those campaigns, the same joint failed the same way.

Tesla's own internal service bulletin numbers tell the story in miniature: SB-21-31-003, SB-22-31-002, SB-23-31-001, and now SB-26-31-004. Same component family. Same suspension system code. Four separate tickets across five years, spanning both the Model 3 and Model Y lines.

Why a "Simple" Bolt Is Never Simple on an Assembly Line

None of this means the lateral link itself is a bad design. NHTSA's filings don't allege a part defect; they allege an assembly defect. That distinction matters more than it sounds. A torque spec failure is a process problem, not an engineering one. Modern assembly lines are built to prevent exactly this with angle-verified torque guns that log every fastener electronically and won't let the line advance without a passing signal, sometimes backed up by camera vision or color-coded torque-stripe paint that a worker or auditor can confirm at a glance. When a bolt still ships loose, the failure usually isn't the wrench. It's somewhere in the verification chain: a gun that logged a false pass, a part reinstalled by hand after being pulled for an unrelated repair, or a station where the electronic check was never wired into the line's stop-and-fix logic.

That's the part worth sitting with. Tesla built its public identity on manufacturing as engineering. Elon Musk has spent years telling investors the factory is the product. Four separate federal filings, on three different vehicle lines, describing essentially the same bolt in nearly the same sentence, suggest that whatever fixed the torque process in 2021 didn't fully survive contact with 2022, 2023, or a new Model Y line in 2026. We broke down the engineering behind another recent Tesla recall in detail here; this one isn't really about physics. It's about whether a fix actually holds once a factory moves on to the next changeover.

This Isn't Just a Tesla Problem, But the Timing Matters

To be fair to Tesla, repeat recalls on the same fix aren't a Tesla-only problem. They're a manufacturing problem every automaker eventually runs into. Ford issued a Mustang recall specifically to correct an earlier Mustang recall that didn't fully take. What's notable here is the timing: roughly three years of apparent quiet on this specific joint, followed by a fourth filing on a current-year vehicle, landing in the same stretch when NHTSA has a much larger preliminary evaluation open into roughly 1.2 million older Model 3 and Model Y vehicles over separate front suspension detachment complaints. NHTSA has been explicit that the two matters are not the same defect, but regulators are clearly paying closer attention to Tesla's front suspension hardware right now than they have in years. It's a pattern worth tracking, and one we've examined before in Tesla's broader relationship with its own regulator.

What Owners and Used Model Y Buyers Should Actually Do

For the 19 owners actually affected, the fix is straightforward: don't wait for the October 30 letter. Check the VIN through NHTSA's recall lookup or the Tesla app now, and if the car hasn't left the lot yet, ask the delivery advisor to complete the re-torque before you take it home. New noises from the front end, a steering wheel that no longer sits centered, or fast, uneven tire wear are all reasons to call Tesla service immediately rather than wait.

There's a broader lesson here for anyone shopping a used Model 3 or Model Y from any of these build years, too. A completed recall repair doesn't just mean a bolt got tightened once and forgotten. Ask the seller for the alignment printout from the recall visit. A lateral link that spent any time loose can accelerate uneven tire wear or bushing fatigue well before it ever throws a warning light, and that history won't show up on a basic VIN check.

Nineteen cars will not move any needle. But a recall isn't only a measure of how many vehicles were affected. It's a measure of whether a manufacturer actually closed the loop on a problem it already promised regulators it had solved. Tesla has now made that promise about this exact bolt four times. The fifth filing, whenever it comes, will tell us whether anyone at Tesla was really listening to the first three.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

On August 20, General Motors' own newsroom published a nostalgic technical retrospective crediting the doomed 1990s EV1 with inventing brake-by-wire, a system GM once called the world's most efficient and intelligent stopping system. One day later, federal regulators expanded a defect investigation into 1.16 million GM-built vehicles running the modern descendant of that same technology. Nobody at GM planned that collision of timelines. But it is the most useful coincidence in automotive journalism this year, because it points at what actually matters: this isn't really a story about a fractured spindle in a Cadillac. It's a story about what GM gave up when it decided a computer, not a rubber diaphragm, would decide how a car stops.

Every gas car built before the EV1, and plenty built since, stops the same simple way. Push the pedal, hydraulic fluid moves, a vacuum booster amplifies the driver's leg force, and pads clamp onto rotors. A vacuum booster is a rubber diaphragm and a check valve. It has no software, no sensors, and almost nothing that fails halfway. It works, or it doesn't, and a competent independent shop can diagnose one with a hand pump.

GM's engineers ran into that simplicity as a problem when they built the EV1. An electric motor can act as a generator, feeding energy back into the battery as the car slows down, which is worth real range on a car that only had about 90 miles to give. But regenerative braking and a purely mechanical vacuum booster can't share one brake pedal. Something has to decide, instantly, how much stopping power comes from the motor and how much comes from the pads, then blend the two without the driver feeling the handoff. GM's answer was to put a computer between the pedal and the brakes, a system it called brake-by-wire, run by what it named the Brake Torque Control Module.

Here is the detail worth sitting with. GM's own account of the EV1 makes a point of noting that, for safety, the brake pedal is also connected to a fully mechanical backup system behind all that computing. In 1996, even GM didn't trust software alone to stop a car. That detail is in the company's proud version of its own history. It is not in the explanation GM gave NHTSA about how a fractured spindle takes down anti-lock brakes, stability control and traction control in the modern eBoost system. Maybe an equivalent mechanical fallback still exists in today's design. But if it does, GM hasn't described one in the filing where it's supposed to explain exactly how its brakes fail.

The EV1's control logic used what GM calls a friction-first strategy: press the pedal, and the car engages the mechanical brakes immediately, then blends in regenerative braking based on how much charge the battery can accept. Brandon Vivian, now executive chief engineer for GM Defense and Cadillac V-Series, worked on that system starting in 1995 and later moved to the Precept concept, which flipped the logic to regen-first, decelerating electrically first and adding friction braking only as needed. Vivian says that is the basic strategy GM still uses today. It is also, not coincidentally, exactly the kind of decision-tree software logic that is nearly impossible to test against every real-world combination of speed, battery state and component wear, and easy for a failure to slip through in a way no lab predicted.

What makes the current investigation bigger than a Cadillac problem is that eBoost, GM's modern brake-by-wire hardware, stopped being an EV-only part years ago. It's standard equipment on the gas-burning Chevrolet Colorado and GMC Canyon, trucks with no regenerative braking to blend in at all. GM uses it there because a computer-mediated brake pedal can be tuned for feel, Corvette and Cadillac V-Series models change how firm the pedal feels depending on drive mode, and because features like Super Cruise and automatic emergency braking need a brake system a computer can actuate on its own, not merely amplify. eBoost, in other words, isn't brake technology GM built for electric cars. It's brake technology GM built so software could get involved in stopping every kind of car, and EVs just happened to go first.

That shift matters to anyone who owns one of these vehicles, recall or not. A worn vacuum booster is a bounded, well-understood failure that most brake shops can diagnose and replace without a manufacturer's scan tool. eBoost is a motor, a control module and a set of diagnostic trouble codes that mostly only make sense to a dealer's software. When it fails, GM's own filing describes a cascading shutdown: warning chimes, a Service Brake System message, and a speed limiter capping the car at 43 mph. That reads less like a blown fuse and more like a computer politely giving up. It's the tradeoff nobody puts in a heritage post: the same complexity that lets a Corvette's brake pedal feel different in Track mode is the complexity that turns a simple fix into a dealer-only, sensor-replacement job.

None of this makes GM uniquely careless. Brake-by-wire is where the entire industry is headed, for the same reasons GM chased it in 1996: it's the only way to blend regenerative braking, and it's increasingly required to run the driver-assistance features regulators and customers now expect. Our own reporting on GM's Super Cruise expansion into Canada and its Ultium battery manufacturing strategy both trace back to the same underlying bet, that software-mediated systems, built once and deployed everywhere, are how a car company survives the next decade. The eBoost investigation, which we covered in detail when NHTSA expanded it to 1.16 million vehicles, is what that bet looks like when the software's model of its own failure mode doesn't quite match what's happening on the road.

A vacuum booster either works or it doesn't. Brake-by-wire negotiates, between the motor and the pads, between the driver's intent and the battery's state of charge, between what engineers modeled and what thirty years of real driving eventually finds. That negotiation is why GM could brag, accurately, that the EV1 pioneered smarter brakes. It's also why an engineering analysis with GM's name on it exists at all three decades later. The EV1 sold about 1,100 copies and never once needed a fleet-wide safety filing. Its great-grandchild is on the road 1.16 million times over, and regulators are still trying to find out whether the computer between the pedal and the pads always makes the decision GM says it does.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

There's a number attached to the coming fuel-economy rollback, and depending on which government document you open, it's $900, $925, or $1,000. All three describe the same modeled figure. Only one of them appears in the actual arithmetic.

Open Table 1-2 of NHTSA's Preliminary Regulatory Impact Analysis for SAFE Vehicles Rule III and the per-vehicle number is $925. Not next year. In model year 2031, and only if manufacturers hand the savings to buyers rather than to shareholders or employees. The agency writes that condition into the document itself. Total industry technology savings through MY 2031 come to $11 billion; divide it across MY 2031 production and you get $925. The preamble rounds that to approximately $900. DOT's public fact sheet rounds it up to $1,000 per vehicle.

Worth knowing what you're actually being promised: not a discount on the truck you're shopping for this weekend, but a modeled reduction in the technology bill of materials on a vehicle five model years out, assuming full pass-through in an industry that has spent the last four years demonstrating it will hold price when it can.

What the rule actually does to the mpg number

The proposed standards raise stringency 0.5% per year through MY 2026, then 0.25% per year through MY 2031, with MY 2027 acting as a bridge. NHTSA projects a fleetwide light-duty requirement of roughly 34.5 mpg in MY 2031, against the 50.4 mpg trajectory in the 2024 rule it replaces.

Related Articles

• JLR Is Building Its Most Important SUV Ever in America — Inside a Factory It Doesn’t Even Own
  
• Nissan Says Business Is Growing — Its Own Spreadsheet Says Sales Just Crashed 16.5%

Neither figure is a window sticker. CAFE compliance is measured on the two-cycle test, and NHTSA states plainly in a footnote that real-world fuel economy is generally 20 to 30 percent lower than the CAFE level. Run the conversion: 34.5 mpg CAFE lands somewhere around 24 to 28 mpg in the real world. The 50.4 mpg target it replaces works out to roughly 35 to 40. That's the honest translation, and it's smaller than the headline gap suggests.

The over-compliance problem nobody's talking about

Here's the part that undercuts the whole affordability pitch. NHTSA's Table I-2 projects both the required and the achieved fleet average. Under the preferred alternative, the light-duty fleet is required to hit 34.5 mpg in MY 2031 and is projected to actually achieve 41.3 mpg.

The standard is non-binding by nearly seven miles per gallon. Manufacturers are modeled as blowing past it because they already bought the tooling, and because buyers pay for efficiency on their own. The agency spends several pages of the PRIA arguing exactly that, citing research suggesting new-car buyers value at least half, and perhaps much more, of the lifetime fuel savings a higher-mpg model offers. If that's true, and if the fleet over-complies anyway, then the $925 is money saved on technology the market was pricing in regardless.

Penalties have already been zero since MY 2022

The enforcement question was settled before this rulemaking started. Section 40006 of the One Big Beautiful Bill Act set CAFE civil penalties to $0 beginning with model year 2022. NHTSA acknowledges the consequence in the PRIA: because the current civil penalty rate is set to $0, there are no monetized effects from changing CAFE compliance positions for model years already built.

Read that again. Retroactively rewriting MY 2022–2026 standards changes nothing for anyone, because the fine for missing them is already nothing. The compliance math matters only as a baseline for the years going forward.

Why your crossover has all-wheel drive it doesn't need

The most consequential piece of this rule for enthusiasts isn't the mpg curve. It's the MY 2028 fleet reclassification, and the reasoning behind it is the best explanation of modern crossover design I've read in a federal document.

NHTSA notes that 68 percent of the light-duty fleet currently meets the light-truck definition, while most of those vehicles — AWD crossovers, three-row vehicles, and vehicles without an approach angle sufficient to clear an off-highway obstacle — cannot realistically operate off road or carry meaningful cargo. They're built to the definition, not to a use case.

The agency then names the receipt. After NHTSA reclassified over a million front-wheel-drive automobiles as passenger cars in 2009, manufacturers discontinued FWD versions of vehicles and built only AWD or 4WD versions to keep those products in the light-truck fleet. It also flags automakers bolting on aerodynamic hardware rather than meeting an approach-angle requirement that would have made the vehicle genuinely more capable.

So: the AWD-only compact crossover with 7.9 inches of ground clearance and a plastic front air dam that scrapes on a steep driveway is a regulatory artifact. The proposal would push those vehicles into the passenger-car fleet starting in MY 2028, which mechanically drops the measured average of both fleets even if the combined number holds steady. NHTSA says so directly.

Credit trading dies in 2028

The proposal also ends inter-manufacturer credit trading beginning MY 2028, with NHTSA describing the current system as having resulted in a windfall for EV-exclusive manufacturers that sell credits to other non-EV manufacturers. Within-company transfers survive, capped at 2 mpg, along with five-year carry-forward and three-year carry-back. If you've wondered why a company selling nothing but EVs posted regulatory-credit revenue as a profit line, this is the plumbing being removed.

The wallet math, done properly

A $925 MSRP reduction isn't a $925 savings. NHTSA understands this better than most press releases do, noting that finance charges, taxes, insurance costs, and registration fees almost always increase along with the selling price of a new vehicle. It runs in reverse too.

Related Articles

• Tesla’s New ‘Chip Facility’ in Austin Is Bigger Than the Pentagon — Texas Says It Cost Just $50,000
  
• Chevy Camaro as a Teen’s First Car: What the Crash and Claims Data Show

Work it through on a typical deal. Knock $925 off the price, add roughly 7% sales tax, and you're financing about $990 less. At a 72-month term — which NHTSA notes became the most common new-vehicle contract length between 2008 and 2023, up from 60 months, with 84-month deals increasingly common — and around 7.5% APR, you avoid roughly $240 in interest. Call it $1,230 in total outlay, plus whatever it saves in an ad valorem registration state and a marginally lower insured value.

That's real. It's also arriving in 2031, against a backdrop NHTSA describes with unusual candor: average new-vehicle selling prices rose nearly 50 percent between 2012 and 2024 and now approach $50,000, more than double the increase in household income, while the average vehicle age climbed from 10.6 to 12.6 years. Nine hundred dollars against a $50,000 average is 1.8%. It's a rounding error on a dealer's four-square.

What you give up

NHTSA's own accounting says gasoline consumption rises about 3.7% through calendar year 2050 relative to the current standards. The agency reaches net benefits of $102.8 billion by zeroing out the social cost of carbon and non-criteria emissions in its primary analysis, then monetizing those effects only in sensitivity cases. Whether you consider that a correction or a thumb on the scale is a policy argument, but it's the reason the ledger balances the way it does.

Two practical notes for buyers. First, nothing here changes a vehicle you can order today; the comment record closed February 4, 2026, and SAFE III is still listed as a proposal. Second, when a final rule does land, expect litigation — EPCA's "maximum feasible" language has been the hook for every CAFE challenge since 1975, and a rule that retroactively rewrites completed model years is a fat target. Product plans run five to seven years. The next election is in 2028. Do the math on how stable this is.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A Douglas County deputy and a Castle Rock police officer ended a car chase on August 30 by firing a net at the rear wheel of a fleeing car. The robbery suspect behind the wheel stopped fast. His passenger didn't get much further: he bailed out and ran, and officers had him in cuffs within seconds. Both suspects went into custody without further incident, according to the two departments' account of the incident.

That's the clip everyone in Douglas County will be sharing this week. It's also the least interesting part of the story.

The interesting part is what's mounted to the front of that truck, what happens to it every time it fires, and why a growing number of American police departments have decided this is worth building into next year's budget the same way they budget for ammunition.

The device is the Grappler Police Bumper, engineered and built near Phoenix by Stock Enterprises. Douglas County and Castle Rock are two of more than 165 agencies across 34 states now running it, and the company counts more than 1,500 successful roadway captures to date. An officer trips the system from a switch inside the cab. Two arms swing out from the front bumper and fire a net that wraps around a wheel or axle. A break-away tether keeps the pursuing truck from getting dragged into the mess and can be released from inside the cab at any time. Reload takes about five minutes with nothing more than a small bag of hand tools.

A grappler truck that just made a capture is out of the fight for the next five minutes, tool bag or not.

Here's the detail that didn't make the local newscast: the net is not reusable. Every deployment burns a single-use cartridge that costs $399, and the company runs a return program that pays departments back between $30 and $100 for a spent net, depending on how mangled it comes back, so it can be refurbished into a training net. It is, functionally, ammunition, not a metaphor, an actual line item a procurement officer has to reorder after every real deployment. A PIT maneuver costs a department nothing extra on paper, whatever it costs in cruiser repairs and injury claims later. A grappler catch comes with a receipt attached before the suspect is even booked.

The hardware itself runs $5,270, and it doesn't bolt to just any cruiser. The current Grappler only fits four platforms: the Ford Expedition (2018 and newer), the Ford F-150 (2015 and newer), and the Chevrolet Tahoe and Silverado 1500 (2014 and newer). A sheriff's office can't simply add this capability to the Chargers, Explorers, and Tahoes already running radar and light bars. It has to designate specific full-size trucks as grappler units, train a crew on them, and keep them positioned where a pursuit is likely to need one. The tool doesn't just change tactics. It changes what a department has to buy.

None of this happens in a vacuum. Crash data compiled through NHTSA's Fatality Analysis Reporting System shows pursuit-related crashes have killed more than 500 people a year recently in the United States, more than one death a day nationwide. The Auto Wire has covered plenty of chases that ended the traditional way, including one where a fleeing Silverado driver's own wheel flew off mid-PIT maneuver. Those endings look dramatic on dashcam, but they carry real odds of a rollover, an injured officer, or an innocent bystander's car getting hit. A device that ends a chase without a collision is, on that math, worth paying for, even at $399 a shot.

It isn't a solved problem, either. The Auto Wire reported in February on a Texas case where a grappler ended a 90-mph chase with children riding inside the fleeing car, a capture that worked exactly as designed and still touched off a real argument about whether any intervention belongs anywhere near a car full of kids at highway speed. Harris County, Texas, adopted its own grapplers after receiving state funding, a reminder that this hardware doesn't spread just because every department independently decides it's the best tool. It spreads because someone writes a grant.

The origin story is stranger than the spec sheet. Inventor Leonard Stock says he got the idea after watching a police chase on television and seeing bystanders hurt once it ended. He welded a prototype to his own truck within a week. To test it, he talked his wife, Frances, into driving the family Suburban down a desert road outside Phoenix while he chased her down. That backyard test is the direct ancestor of the hardware now riding around Douglas County.

None of that made the dashcam highlight reel, and none of it needed to. The video is genuinely satisfying to watch: a truck closes in, a net fires, a car full of bad intentions goes nowhere. But the video is the marketing.

The net is the part everyone notices. The invoice behind it is the part that's actually changing policing.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A former sheriff's deputy in Richmond County, Georgia searched one woman's license plate through Flock Safety's national camera network 1,639 times. Three of his former colleagues each ran more than 100 searches of their own, according to a federal class-action complaint filed August 25 in the Northern District of Georgia. None of them needed a warrant. For most of the two years covered by the lawsuit, they barely needed a password, because the single strongest safeguard on Flock's system, multi-factor authentication, was something a police department could simply choose not to turn on.

That detail is the real story buried inside Schulte v. Flock Group Inc., and it matters more than any single deputy's obsession. The case, filed by Georgia resident Grace Schulte, seeks to represent every person in the United States whose license plate has passed in front of one of Flock's more than 120,000 cameras since January 1, 2024. Given that Flock's network already covers 49 states, that isn't a niche class of plaintiffs. That's most of the country that owns a car.

The Number Nobody Can Explain Away

Buried in the complaint is a statistic drawn from a Washington Post investigation cited in the filing: of roughly 50 law enforcement officers nationwide charged with or accused of misusing automated license plate readers, Flock's system was involved in 46 of those cases. In 26 of them, officers allegedly used the network to track wives, girlfriends, ex-partners, or women they had a romantic interest in pursuing. This isn't a story about a handful of bad actors slipping through the cracks. Forty-six out of fifty isn't a crack. It's most of the floor.

This publication has tracked pieces of this pattern for months. A DeKalb County, Georgia sheriff's sergeant was charged with a felony this summer after allegedly misusing the county's Flock system, and a Milwaukee officer accused of running his girlfriend's plate 124 times and her ex-boyfriend's plate 55 times surfaced in a separate oversight letter. Those stories read like isolated failures of judgment. This lawsuit argues something different: that the failures were the predictable output of how Flock built its product, not the exception to it.

The Checkbox That Wasn't

Here's the mechanism, according to the complaint. When a former employee of the Effingham County Sheriff's Office in Georgia wanted to keep digging through license plate histories after being fired, he reportedly didn't need to hack anything. His login still worked. He allegedly ran more than 60 unauthorized searches over three weeks before anyone noticed. When asked how a terminated employee could still reach a system built to track the movements of millions of people, a Flock executive is quoted in reporting on the case saying multi-factor authentication was available to every customer, but optional. Departments had to choose to require it themselves.

That's not a rounding error in a security policy. Multi-factor authentication, the requirement that a login also be confirmed with a phone, a code, or a hardware key, is baseline practice for any system holding sensitive personal data. It's mandatory at your bank. It should have been mandatory the day Flock installed its first fixed camera on a residential utility pole. Instead, by the plaintiffs' account, it stayed optional for most customers until this August, after the misuse it was meant to prevent had already been documented, repeatedly, in agency after agency across the country.

Flock has since made MFA mandatory for every customer, cut its default data retention window, and added new audit alerts, changes this publication detailed after Texas began pulling state funding tied to the program. The class-action complaint's answer to that timeline is simple: the fix arrived after roughly two years of documented exposure, not before it.

When the Watcher Doesn't Watch Itself

The complaint's most uncomfortable allegation isn't about a rogue officer at all. It alleges that Flock's own employees accessed customer-integrated camera feeds pointed at sensitive locations, including a children's gymnastics room and a Jewish community center, during an internal demonstration and testing meeting. If accurate, that detail undercuts the company's entire pitch. Flock has built its brand on being the trusted intermediary that decides who gets to see what a camera captures. A surveillance company that can't keep its own staff out of a children's gym camera during a sales demo isn't really selling security. It's selling access, and hoping nobody asks who else has it.

A Border Nobody Voted For

The complaint also points to Illinois, where a state audit found that Flock's system had let U.S. Customs and Border Protection access Illinois license plate data despite a state law restricting that kind of sharing. Nobody in Springfield voted to hand a federal immigration agency a window into state residents' driving patterns. It happened anyway, because Flock's interoperability settings let one agency's camera feed bleed into another agency's search results by default, across state lines and jurisdictional boundaries that were supposed to mean something.

Congress saw pieces of this coming well before the lawsuit. In November 2025, Senators Ron Wyden and Raja Krishnamoorthi asked the Federal Trade Commission to investigate Flock's cybersecurity practices, arguing the company had built a sprawling surveillance network without the safeguards to match. That request went largely unanswered for months. The class-action complaint effectively picks up where the senators left off, translating a policy warning into a legal claim with financial teeth.

Function Creep, Right on Schedule

None of this should surprise anyone who has watched how automated license plate readers were sold in the first place. The original pitch, going back more than a decade, centered on stolen vehicle recovery and Amber Alerts: narrow, popular, hard-to-argue-with use cases. A similar private network built largely on repossession tow trucks made the same pitch and has since scanned roughly 9 billion plates with barely any judicial pushback. Once the cameras and the databases exist, expanding what they're used for costs a company almost nothing and generates almost pure profit. Restricting that use, by contrast, costs money, slows down onboarding, and annoys the law enforcement customers footing the bill. Flock chose growth. The lawsuit argues drivers paid for that choice without ever agreeing to it.

What Every Driver Should Take From This

Flock's own marketing has long insisted the company has never been hacked, and as far as anyone can tell, that's accurate. That claim, though, misses the point this lawsuit raises. Nobody broke into Flock's system to track a woman's movements 1,639 times. Someone just logged in. The software worked exactly as it was configured to work. The configuration was the problem.

If you've driven past a boxy camera bolted to a utility pole anytime in the last two years, your plate is very likely sitting in a database that thousands of people, some still employed, some not, could search with nothing more than a username and a password they were never required to protect. That's the detail worth remembering here, longer than any number in the complaint: Flock built the equivalent of a car with a functioning seatbelt, and for two years, left buckling it up entirely optional.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Toyota didn't just push back the electric Highlander again. It did something more revealing: it stopped attaching a date to the promise.

In July, Toyota had a specific number. A spokesperson attributed the wait to some further fine-tuning and estimated roughly eight weeks, sliding the on-sale date from late 2026 into early 2027. Numbers like that are almost reassuring. A defined slip usually means an engineering team already found whatever was wrong and is simply waiting on tooling, validation, or paperwork to catch up.

This week, that number disappeared. A new report says the launch is now pushed to "2027 or later," with no month attached and nothing from Toyota to replace the estimate it gave two months earlier. The car got later. The promise got vaguer. Those are two different problems, and the second one is worse.

What Actually Happened

The 2027 Highlander BEV is Toyota's first three-row battery-electric SUV, built at Toyota Motor Manufacturing Kentucky in Georgetown, a plant that has assembled Camrys, Avalons, and RAV4s since 1988 and has never built a battery-electric vehicle before. Toyota's own product page lists XLE and Limited grades, front- or all-wheel drive, a 77.0-kWh or 95.8-kWh battery, and a manufacturer-estimated 320 miles of range on the bigger pack, plus bi-directional vehicle-to-load power that can run tools or a house during an outage.

None of that changed. What slipped is the assembly line underneath it. Kentucky production now starts several months later than the second-half-2026 target Toyota originally set, and the on-sale window has moved from "early 2027" to the far less specific "2027 or later." The current gas and hybrid Highlander isn't affected and keeps rolling down the same line, so nobody's showroom goes empty. It's the electric variant, and only the electric variant, that keeps sliding.

That gas-and-hybrid lineup isn't entirely drama-free either. NHTSA opened a formal defect petition on the Grand Highlander's grille design in August, though that's a separate story.

Wait, Really? A Vague Delay Is a Bigger Warning Than a Long One

Here's the part that never makes it into a press release: in product development, the specificity of a delay tells you more than its length.

When an automaker says "eight weeks," it's usually because engineering has already isolated the failure mode, whether that's a software calibration, a weld spec, or a supplier part that didn't pass validation, and knows exactly how long the fix takes to implement and re-test. That's a scheduling problem, not a mystery. When the number gets replaced by an open window like "later," it typically means one of two things: either the root cause still hasn't been fully pinned down, or the holdup now depends on something outside the plant's direct control, like a supplier, a regulator, or a decision made back at headquarters. Toyota went from the first kind of statement to the second kind in about eight weeks. That's not a company mopping up a known problem. That's a company that thought it had found the problem, and then found another one.

Wait, Really? Three Brands Are Still Betting on the Same Unproven Line

The Highlander BEV was never just a Toyota problem. It rides on a version of Toyota's TNGA-K architecture that also underpins the Subaru Getaway, built on the same Kentucky line. We reported in July that a single hiccup at that plant, or at Toyota's newly opened battery plant in North Carolina, wouldn't stay contained to one nameplate. Subaru's Getaway has now slipped again in step with the Highlander, which turns that risk from a theory into a track record: two delays, two brands, one line. When a platform feeds multiple badges, the company that owns the factory sets the timeline for everyone else riding along, whether the other brand likes it or not.

The Tell: Toyota's Other Electric SUVs Are Doing Just Fine

If this were a story about Americans not wanting a three-row Toyota EV, the rest of Toyota's electric lineup would be struggling too. It isn't. Toyota's smaller bZ crossover was refreshed and has been selling well enough that it's no longer the punchline it was after a rocky 2022 launch, and Toyota has since added the bZ Woodland and an electric C-HR to the U.S. lineup without any of this drama. Those vehicles lean on Toyota's EV experience, but not on Kentucky's newly converted line, not on a battery plant that only recently started shipping product, and not on a second automaker's badge riding along for the launch. Demand for Toyota EVs isn't the problem. The specific combination of a converted factory, a first-year battery supplier, and three brands sharing one build slot is.

What It Means for Buyers

If you were cross-shopping the outgoing gas or hybrid Highlander against the electric version, this delay makes the decision easy: the electric one isn't a decision yet. If you're set on the BEV regardless, there's an upside to a company that keeps finding reasons to wait, since fewer of those reasons show up in your driveway after delivery. The downside is that "2027 or later" isn't a date you can plan a purchase, a trade-in, or a tax situation around. Treat it like any first-model-year vehicle out of a brand-new plant: assume the real on-sale date is whatever Toyota says, plus a little more.

What to Remember

A specific delay is a promise. A vague one is a confession. Toyota spent July telling the world exactly how late the electric Highlander would be. By September, it had stopped trying to guess. That change in language, not the extra months on the calendar, is the number worth watching.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ford moved 170,681 vehicles in the United States last month, down from 190,206 in August 2025. Through eight months, the company is at 1,347,147 against 1,492,905 a year ago, a 9.8% shortfall. Trucks were essentially flat, cars were up, and SUVs fell off a cliff. Ford posts these tallies on its investor news page each month, and the interesting part isn't the headline percentage. It's what happens when you subtract the vehicles Ford no longer builds. q4cdnq4cdn

The year-over-year gap is 19,525 units. In August 2025, Ford and Lincoln sold 12,290 Escapes and 2,526 Corsairs. Last month those two moved 1,446 and 266 respectively — leftovers being cleared off lots. That's 13,104 units of the deficit right there, or roughly two-thirds. Add the Mustang Mach-E, which dropped from 7,226 to 1,989, and you've explained 94% of Ford's entire August decline with three vehicles the company either killed or deliberately stopped chasing volume with. Escape year-to-date sits at 28,182 against 106,095 through August 2025, a 73.4% collapse that is entirely by design. Ford U S August 2025 Sales Release +2

Trucks held, but the mix moved down-market

Truck volume slipped just 0.9%, to 104,496, and that's the number that pays Ford's bills. Trucks were 61% of the company's August total. F-Series alone accounted for 67,504 units — 40% of everything Ford Motor Company sold in the U.S. last month — down a modest 1.2% from 68,318. q4cdn

Related Articles

• A Texas Restoration Shop Promised Better Engines. It Delivered a 60-Year Prison Sentence Instead
  
• Toyota’s $283.7M Vietnam Expansion Is a Hybrid Plan, Not an EV Plant

What's underneath is more interesting than the total. Maverick jumped 14.4% to 13,680. Ranger climbed 18.9% to 6,033. Bronco Sport gained 8.3%. Mustang rose 12.7%. Meanwhile Explorer eased 4.0% to 19,801, Bronco dropped 8.8% to 12,204, and Expedition fell roughly 11%. The cheap stuff grew and the expensive stuff didn't. Ford's own full-year outlook assumes U.S. industry net pricing up about 0.5% against a SAAR of 16.0 to 16.5 million units, and August looks like a month where buyers voted on the price ladder rather than the badge.

For anyone shopping, that's actionable. Ford's end-of-July stock report listed 48,600 Explorers, 33,800 Broncos and 6,600 Mach-Es in inventory. One technical note worth understanding: Ford's "gross stock" isn't dealer days' supply. It counts units in transit, at rail yards and in the distribution system, not just what's sitting on a lot with a window sticker. Divide gross stock by a monthly sales rate and you'll overstate what a dealer can actually hand you keys to today. The gap between the two is where a well-timed factory order beats a lot deal.

The EV number is a tax story, not a product story

Ford sold 2,197 electric vehicles in August, down 79.4% from 10,671. E-Transit accounted for 60 of them, against 228 a year ago. F-150 Lightning came in at 148. q4cdnq4cdn

That's not a mystery. Under Public Law 119-21, the IRS confirms the §30D new clean vehicle credit, the §25E used credit, and the §45W commercial clean vehicle credit are all unavailable for any vehicle acquired after September 30, 2025. Section 45W was worth up to $7,500 for light commercial EVs and up to $40,000 for heavier ones. Strip that out of a fleet manager's spreadsheet and the E-Transit stops penciling against a diesel Transit almost immediately. The 97% year-over-year drop in E-Transit volume is arguably the cleanest real-world illustration of a tax credit's price elasticity you'll find this year. irs

The Lightning number reflects a product decision rather than the tax code. Ford confirmed in December that production of the current F-150 Lightning ends this year, with a next-generation extended-range version to be assembled at the Rouge Electric Vehicle Center. Ford

If you own a Lightning, a few practical realities follow. Orphaned powertrains don't lose service support overnight, but they do lose the volume that keeps aftermarket and remanufactured parts cheap. High-voltage battery packs on an out-of-production EV are the specific line item to watch, because pack replacement cost is what pushes an insurer's total-loss math past the vehicle's actual cash value on relatively minor structural damage. That interacts badly with a used market where a discontinued nameplate carries a valuation discount. Check whether your policy uses agreed value or actual cash value, and understand that Ford's eight-year, 100,000-mile federal minimum battery warranty is the floor you're relying on, not the dealer's parts counter.

Supply is finally showing up

Ford's monthly release includes a plant-level production table that gets ignored more than it should. Super Duty output ran 15,329 units in January and 35,872 in July, more than doubling as the company worked through the aluminum shortage that followed the Novelis plant fires in Oswego, New York. F-150 production climbed to 56,152 in July. Ford's second-quarter results attribute a $0.6 billion year-over-year EBIT decline at Ford Pro to Novelis-related aluminum supply constraints, while guiding to a roughly $1 billion Novelis tailwind weighted to the second half. Those trucks are aluminum-intensive by design; a body-in-white supply problem hits Super Duty and F-150 harder than it hits a Maverick.

Related Articles

• BYD’s Profit Jumped 30% While Sales Fell — Turns Out That Was the Plan
  
• Xiaomi’s European Launch Plan: What Its New Global Site Reveals and Hides

Two calendar notes for anyone tempted to read too much into the monthly comparison. Both Augusts had 26 selling days, so there's no arithmetic distortion there. But Labor Day fell on September 1 in 2025, meaning that holiday selling weekend landed in the August reporting period. This year the holiday sits on September 7. That timing shift flatters 2025 and penalizes 2026 in a way that has nothing to do with demand, and it'll reverse next month.

Lincoln's math is stranger than it looks

Lincoln fell 10.4% to 7,506. Yet Nautilus rose 28.9% to 3,627, Aviator gained 22.4% to 1,732, and Navigator added 15.8% to 1,881. Every surviving Lincoln grew. The brand still shrank, because Corsair went from 2,526 to 266. Louisville Assembly, which built the Escape and Corsair, is being retooled for an affordable electric pickup on the Universal Electric Vehicle platform. Lincoln is temporarily a three-model brand, and the numbers say the three are working. q4cdnQ4cdn

The takeaway for the rest of 2026: Ford's decline is mostly subtraction it chose, but the softness in Expedition, Explorer, Bronco and F-Series is the part worth watching. Those are the margin generators, and they moved the wrong direction in a month when the entry-level trucks moved the right one.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Every automaker eventually discovers it owns more than cars. BYD just discovered it owns something almost nobody else in the industry has bothered to sell: the raw, physical texture of what happens on an assembly line.

On August 25, BYD signed a strategic partnership agreement with PaXini Tech, a Shenzhen-based company that builds tactile sensors and dexterous robot hands. Most of the coverage treated it as a routine tech tie-up. It isn't. Look past the announcement and what BYD is actually contributing to this deal isn't cash or marketing muscle. It's the inside of its own factories.

BYD will supply the physical space itself: its actual vehicle and component production lines, its enormous factory footprint, and its supply chain, functioning as a live testing ground for PaXini's robots. Whatever those robots do inside BYD's plants generates operational data that flows back into PaXini's AI models, sharpening how the robots make decisions and generalize what they learn. In return, BYD gets an early, deep hand in a technology that could eventually reshape its own production lines.

Here's the detail almost every recap buried: BYD isn't a new face at PaXini. It has owned a piece of the company since April 2025, when it took a 7.95 percent stake and became PaXini's second-largest shareholder. This week's agreement isn't a courtship. It's a promotion, from investor to operating partner. PaXini isn't even BYD's only robotics bet, either. The automaker previously backed AgiBot, a Shanghai humanoid robot maker now working toward a Hong Kong stock listing. BYD isn't chasing one robot company. It's assembling a portfolio, the same way it built its battery and chip supply chains: by owning pieces of multiple suppliers instead of picking one winner too early.

There's some irony baked into PaXini's origin story, too. Its founding team traces back to Waseda University's Sugano Laboratory in Japan, the lab credited with building the world's first humanoid robot decades ago. That lineage helped PaXini break a long-standing Chinese dependence on imported high-end tactile sensors, and it's part of why the company can now claim to supply the tactile hardware this deal depends on almost entirely in-house.

It's a pattern regular readers of this site will recognize. BYD has spent the past year hedging its manufacturing future everywhere it can, whether that means filing a wave of solid-state battery patents or buying equity in the very suppliers who might someday make its current factories obsolete. Robotics is turning into the same kind of long-tail bet: cheap now, potentially very expensive to have skipped later.

The engineering reason any of this matters is touch. Computer vision has gotten remarkably good at letting a robot see a bolt, a wiring harness, or a door seal. It has not solved the harder problem of letting a robot feel one. A camera can't tell a robot how much torque it's putting on a fastener, whether a connector actually clicked home, or whether a panel gap is a sixteenth of an inch too tight. That's a touch problem, not a vision problem, and it's a big part of why humanoid robots have spent years being remarkably good at walking through demos and comparatively bad at the fussy, force-sensitive assembly work that fills a real car plant.

PaXini's pitch is that it has actually made progress on that problem. Its current dexterous hand, the DexH13, packs 1,140 individual tactile sensing units into a single hand, enough, per the company's own demonstrations, to mirror human hand gestures, grip irregular objects, and perform genuinely fussy tasks like turning a knob. Gasgoo's reporting on the deal put PaXini's job more bluntly: give the robots "nerve endings." That's not marketing fluff. It's the actual gap that has kept humanoid robots out of real production work, and it's why a company that has spent decades building cars by hand-eye-and-torque-wrench feel is a useful manufacturing partner, not just a customer.

BYD is far from alone in making this bet. Chinese automakers have quietly become some of the most aggressive investors in humanoid robotics on the planet, with reports putting the number of Chinese car companies holding a stake in a robotics startup at close to twenty, including Chery, XPeng, and Leapmotor. Tesla is running its own version of the same experiment with Optimus, and has been expanding its own chip-manufacturing footprint to support it. Car companies keep ending up at the center of the humanoid robot race for an unglamorous reason: they're some of the only companies on Earth that already operate factories complex enough, and capitalized enough, to be a believable proving ground.

Why now, specifically? Because the thing BYD actually sells has stopped being where the growth is. China's EV market has spent two years in a price war brutal enough to undercut German automakers on their own home turf. Thin vehicle margins are pushing every major Chinese automaker to look for a second business line that doesn't depend on selling one more car. Robotics data increasingly looks like that second business line. PaXini says its own tactile chip shipments approached a million units over the past year, and its dataset is already being licensed to outside AI companies. BYD isn't just building robots. It's positioning itself to sell the raw material other companies need to build theirs.

That has consequences beyond a stock chart. The jobs most exposed here aren't the ones people usually picture when they hear a robot is taking over a factory. It isn't the heavy-lifting stations that got automated decades ago. It's the fussy, tactile, quality-sensitive jobs, wiring harness routing, trim fitting, connector seating, that have survived this long precisely because they required a human sense of touch a robot didn't have. If PaXini's hardware works at the scale BYD is describing, those are exactly the roles a modern plant needs fewer people to fill. That's worth remembering the next time a labor dispute crosses this desk. Hyundai's first full plant strike in a decade was nominally about a different fight, but the pressure underneath it, a shrinking need for human hands on the line, is the same pressure BYD is now quietly investing to accelerate.

None of that shows up in the press release, because none of it needs to. BYD didn't just buy a stake in a sensor company. It found a buyer for something it was already producing by the millions, every day, for free: the exact, unglamorous friction of building a car by hand. The robot hand is the product PaXini is selling. The car factory was the product BYD had all along.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

One day after Tesla started charging real money for driverless rides in Austin, a number went viral: 73,000 people had clicked their way onto Tesla's Cybercab fleet interest form. Cue the headlines about overwhelming demand. Here's the problem. Nobody signed anything. Nobody paid anything. And the form itself isn't even aimed at people who might want to ride in one. It's aimed at businesses that might want to buy a fleet of them.

That distinction matters more than the headline number. This isn't really a story about how badly America wants driverless cabs. It's a story about Tesla quietly testing a business model it has never actually run before, selling hardware wholesale to fleet operators, at the exact moment federal regulators are still deciding whether that hardware is legal to sell at all.

A Lead Is Not an Order

Tesla knows the difference between a real reservation and a soft one, because it invented the modern version of both. Model 3 reservations opened in 2016 with $1,000 down. Cybertruck reservations opened in 2019 with $100, refundable, and the running count climbed past a million before Tesla quietly pulled the live counter off its website once deliveries started and the gap between reserved and sold became impossible to ignore.

The Cybercab fleet form doesn't even clear that low bar. It asks for contact information, nothing else. No deposit, no signature, no purchase commitment, just a company saying tell me more. Treating 73,000 of those clicks as backlog means treating a lead-generation funnel like a sales ledger. Tesla's own robotaxi service is thought to be running roughly 1,000 Cybercabs in Austin this week. The gap between that number and 73,000 isn't demand outrunning supply. It's marketing outrunning manufacturing, and those are very different problems.

Why Tesla Wants a Different Kind of Customer

Rewind to October 2024, when Musk first unveiled the Cybercab concept, and the plan Tesla described was Tesla-owned. Tesla would build the cars, run the app, and operate the fleet itself, essentially running its own taxi company. A wholesale fleet-sales program aimed at outside operators is a different business entirely. Outside capital buys the metal. Outside companies carry the insurance and depreciation risk. Tesla collects a margin on hardware and software without financing an entire taxi fleet off its own balance sheet.

That shift lines up with where Tesla's finances actually sit. The company crossed $100 billion in annual revenue this year, and its operating profit got cut by more than half over the same stretch. A company protecting margin has every reason to prefer selling robotaxis to fleet operators over buying and running all of them itself. Fleet sales move the capital-intensive part of the robotaxi business off Tesla's books and onto someone else's.

The Part the Interest Form Doesn't Mention

Here's what a fleet operator is actually signing up to inherit. Hours after Austin service went live, NHTSA opened a federal audit into how Tesla certified that a car with no steering wheel, no pedals, and no mirrors meets every applicable federal safety standard. The Auto Wire has covered that fight in detail, including the two paths every automaker faces when it wants to sell a car without human controls, and why Tesla picked the one Amazon's Zoox already tried and abandoned.

The short version: Zoox spent roughly a year going through NHTSA's formal exemption process, capped at 2,500 vehicles a year, before winning approval this past summer. Tesla skipped that process and certified the Cybercab under its own authority instead. If that self-certification doesn't hold up under NHTSA's audit, the fix isn't a recall notice mailed to individual owners. It's a fleet-wide order pulling paid vehicles out of commercial service, landing directly on whichever companies bought in early. An individual car buyer with a lemon has decades of consumer-protection law on their side. A fleet operator with fifty grounded Cybercabs has a business problem, not a warranty claim.

Nobody Has Written This Insurance Policy Yet

There's a second inheritance nobody's talking about: liability. Waymo and Zoox both own and operate their entire fleets themselves, which keeps liability risk in-house rather than pushing it onto a customer. Tesla's wholesale model does the opposite. It hands a vehicle with no manual failover, no steering wheel to grab, no brake pedal to stomp, to a company that then has to go find commercial insurance for it. That market barely exists yet. There's no deep actuarial history for a passenger vehicle that gives a rider nothing to do if the software gets confused, because until this year almost nobody outside a handful of Waymo and Zoox test markets had sold rides in one at scale. Fleet buyers aren't just betting on Tesla's technology. They're betting on being able to insure a product category the insurance industry hasn't finished pricing.

What Actually Matters Once the Headline Fades

The 73,000 figure will be forgotten by next quarter's earnings call. What won't be forgotten, one way or another, is which regulatory path won. If Tesla's self-certification survives the audit, every other automaker gets a faster, cheaper template for deploying driverless vehicles: certify it yourself, sell it wholesale, and let the market, including the fleet buyers, absorb whatever risk is left over. If it doesn't survive, Tesla ends up back on the slow road Zoox already walked, and the businesses that jumped on that interest form will have been early customers for a product that had to be pulled and re-certified.

A waiting list only tells you what people are willing to click. It doesn't tell you what they're allowed to buy. Seventy-three thousand sign-ups is a marketing number. One open federal audit is a legal fact. Only one of those can shut a fleet down, and it isn't the one that made headlines this week.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

BMW just told Chinese regulators that more than 150,000 cars need fixing for fire risks and a brake glitch. That's the headline. It's not the story.

Buried in the fifth of five recall filings is an admission that almost never makes it into a press release: BMW had to recall a recall. An earlier software update, meant to patch a brake-system problem, didn't fully take on some cars. The result wasn't a brand-new flaw so much as an old one quietly resurfacing, because the fix that was supposed to bury it never finished the job.

BMW (China) Automotive Trading and BMW Brilliance Automotive registered five separate campaigns with China's State Administration for Market Regulation this month, covering both imported cars and vehicles built locally with joint-venture partner Brilliance. Add up the VIN counts and it comes to roughly 151,000 vehicles, split across three unrelated defects.

The biggest chunk, 93,071 imported cars, centers on the starter motor fitted to BMW's B48 four-cylinder and B58 six-cylinder engines. Manufacturing variance inside the starter can cause uneven wear, and enough electrical resistance builds up over time that the unit can overheat inside the engine bay. That's not a hypothetical: the remedy, arriving October 30, is a full swap for a heavier-duty starter assembly, not a software patch. The affected production window runs from February 2021 through April 2025, and the model list covers most of BMW's catalog: 2 Series, 4 Series, 5 Series, 6 Series, X4, X5, X6, and Z4.

That model list is the first thing worth sitting with. B48 and B58 aren't just engines BMW happens to sell; they're the backbone of nearly everything the brand builds that isn't fully electric, and B58 even ends up in the Toyota Supra. When an automaker builds one engine family and drops it into eight or nine different nameplates, a single manufacturing tolerance problem doesn't stay contained to one model line. We saw the same math play out differently at Ford this month, where a cracked-piston recall reached across an engine shared by five very different vehicles. Shared hardware is efficient right up until it isn't.

The second defect is older and stranger. Two related campaigns cover 57,787 cars, 57,423 domestically built 5 Series sedans from 2017 to 2020 and 364 imported 7 Series flagships from 2016 to 2018, over a starter relay that isn't sealed well enough against moisture. Drive through deep standing water, or just accumulate enough wet-weather exposure over enough years, and moisture works into the relay casing, corrodes the terminals, and creates a short. That's a fire risk with a multi-year fuse attached: cars built in 2016 are only getting the fix in 2026.

The third defect is the one that actually matters most, and it covers only 218 cars. BMW's integrated brake booster software includes an early-warning function, DSCi, designed to alert a driver before a brewing fault becomes an outright braking failure. According to the filing, earlier service campaigns meant to patch that same system suffered execution errors during the reflashing process, and the onboard programming on a small number of cars came out corrupted. The early-warning system meant to catch a brake problem stopped working, not because of a new flaw, but because of how a previous fix was installed.

That's worth pausing on, because it inverts the assumption most owners make about software recalls. A software fix feels lower-stakes than swapping a part: no grease, no bolts, just a technician plugging in a laptop. But a botched flash can leave a car looking fixed on paper while quietly disabling the very system meant to warn you when something's wrong. BMW is transparent enough here to say so, which is rarer than it should be. Plenty of manufacturers would rather bury a correction inside a vaguely worded software campaign than admit the first attempt didn't take.

Notice, too, how differently BMW is timing these three fixes. The DSCi software correction is described as effective immediately, meaning BMW can push a validated update through dealers and start reflashing cars this week. The starter motor and relay fixes don't begin until October 30, six weeks later, because heavy-duty starters and properly sealed relays have to be manufactured, shipped, and stocked at every affected dealer first. That gap is the entire difference between a software recall and a hardware recall, in one sentence: code moves at the speed of a server, and parts move at the speed of a supply chain.

It's also a reminder that brake-system problems rarely stay inside one brand for long. We're already watching a Cadillac brake complaint balloon into a 1.16-million-vehicle investigation that now reaches Honda and Acura, because so many automakers lean on the same handful of suppliers for brake-by-wire hardware and the software running it. BMW hasn't named the supplier behind its integrated brake system, but the pattern is familiar: one component, one supplier, and a defect that refuses to stay contained to a single badge on the hood.

There's a domestic wrinkle here worth noting for anyone who assumes recalls are a purely American ritual. China's market regulator runs a system that looks a lot like the NHTSA process American owners are used to: manufacturers register defect campaigns, assign recall codes, and notify owners directly. But it runs on its own clock, independent of what BMW does in the United States or Europe. A defect resolved in one market doesn't get fixed everywhere at once; it gets re-discovered, re-filed, and re-explained country by country, which is why export markets running the same B48 and B58 engines had already seen versions of the starter campaign work through their own channels before China's filing landed.

None of this makes BMW uniquely careless. Bundling three unrelated defects into one filing, staggering software and hardware fixes on different clocks, and disclosing that an old fix needs a fix of its own is what a mature recall system looks like when a company is being honest about its own paperwork. The number worth remembering isn't 150,000. It's 218, the tiny sliver of cars where the fix, not the original defect, is the thing that failed first. Because the scariest part of a modern car usually isn't the part that breaks. It's the part that's supposed to tell you it broke.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A ribbon-cutting in Suwanee, Georgia doesn't usually make national news. But the one held by YYFORE Technologyast week deserves a second look, because the parts it just started building in the United States are exactly the kind of hardware the federal government has spent the past year and a half trying to keep out of American cars.

YFORE is a Chinese Tier 1 automotive electronics supplier that works with more than 30 automakers across three continents. Its new 62,225-square-foot facility combines R&D, manufacturing, procurement, sales and delivery under one roof, and the company marked the opening by rolling its first US-built digital key module off the line. Alongside it: digital rearview mirrors with built-in driver and occupant monitoring, radar-based interior sensing, and an anti-pinch door sensor the company calls an industry first.

CEO Leo Liu framed the move as customer service, calling it part of YFORE's "Global Footprint, Local Excellence" strategy.

That framing is true. It's also incomplete.

This isn't really a story about a new factory creating jobs in Georgia. It's a story about a Chinese supplier racing to relabel its supply chain as American before a federal deadline makes that relabeling mandatory instead of optional.

In January 2025, the Commerce Department's Bureau of Industry and Security finalized a rule aimed squarely at products like YFORE's. It bars the sale of vehicles running Chinese- or Russian-linked connected-vehicle software starting with the 2027 model year, and it bars the import of the underlying hardware starting with model year 2030. The government's stated concern isn't performance or price. It's that a wireless link controlled by a foreign adversary is also a wireless link a foreign adversary can use.

Digital keys that talk to your phone over Bluetooth and ultra-wideband. Mirrors with cameras that watch the driver's face. Radar that senses whether a toddler is still in the back seat. All of it depends on wireless links and cameras reaching into the cabin, which is precisely the vehicle-connectivity category the rule was written to police. YFORE's entire product catalog lives inside that category.

Here's the detail that didn't make it into last week's press release: YFORE's technology is deeply wired into Huawei's automotive ecosystem. The company has been honored as an Outstanding Partner for Huawei Wallet Digital Key, co-authored the industry blueprint for Huawei-backed NearLink wireless technology, and builds mirrors and access systems for HarmonyOS-based vehicles. Huawei itself has been on a US trade blacklist since 2019, over the same national-security concerns the new connected-vehicle rule was written to address.

Building a factory in Georgia doesn't change any of that math. The BIS rule doesn't ban parts because of a zip code. It bans them based on who owns, controls, or directs the company that makes them. A Made in USA sticker on a digital key module says nothing about where the firmware was written, where the chips came from, or who can push a software update to it after the sale. Final assembly and supply-chain control are two different things, and only one of them just moved to Suwanee.

None of this is a new playbook. Japanese automakers spent the 1980s building assembly plants across Ohio, Kentucky and Tennessee for the same reason: American-made cars couldn't be taxed, quota'd or politically shamed the way imports could. Forty years later, a Chinese electronics supplier is running the same play in Georgia, except this time the product isn't sheet metal. It's cameras and radios.

The feature everyone is celebrating this week isn't the interesting part. The address is.

YFORE says it's already holding technology exchange sessions with General Motors and Ford, according to its own newsroom. The timing is notable. GM told its suppliers to eliminate China-sourced parts entirely by 2027, the same model year the software half of the federal ban takes effect. A Georgia mailing address may be exactly what lets a line item quietly stop reading as Chinese-sourced on a purchase order.

There's a genuine engineering upgrade buried in here, too. YFORE's digital key system leans on ultra-wideband radio, not just Bluetooth, specifically because UWB measures distance precisely enough to shut down the relay attacks that let thieves trick older keyless systems into thinking the fob is closer than it actually is. That's a real fix for a real problem, one that has pushed comprehensive insurance claims higher across markets that adopted passive keyless entry early.

The anti-pinch sensor matters for a less flattering reason. As automakers chase flush, motorized door handles and heavier power-closing doors and trunks for a cleaner look and better aerodynamics, they've also created new ways to pinch fingers, plus new electronics that turn a $40 door handle repair into a $400 one. A sensor that reacts the instant something touches the pinch zone, instead of only after a set force threshold, is a genuine safety improvement. It's also a quiet admission of how complicated, and how expensive to fix, the modern car door has become.

Suwanee isn't a random pin on a map, either. It sits inside the metro Atlanta corridor that has absorbed the bulk of Korean automotive investment in the US, including Hyundai's Georgia battery operations a couple of hours down the interstate. YFORE isn't reshoring into empty space. It's plugging into a supply base that already exists.

Nothing about this factory is illegal, and nothing about it guarantees YFORE's parts eventually get banned from American cars. The company may well satisfy every ownership and control test the rule requires. But the opening in Suwanee is best read as evidence of a deadline, not a celebration of one. When a foreign supplier's product line and a foreign government's national-security anxieties line up this neatly, the ribbon-cutting is never really the story.

Watch the ownership structure, not the zip code.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Europe's Used-Car Books Are Quietly Marking Down Chinese Brands

Spain is where you can actually see this happening in public. The GANVAM-DAT index, which is the reference book Spanish dealers, banks, insurers and government agencies use to price a used car, put the average Chinese-brand vehicle at 60.7 percent of its original price after 36 months, against 65.5 percent for mainstream European and Japanese rivals. That's not a collapse. It's about five points, or roughly one bad options package. But five points on a book value is a fortune when you're a leasing company writing thousands of contracts, and the trend line since then has not been kind.

The first-half 2026 update from GANVAM shows what's actually going on, and it's messier than "Chinese cars don't hold value." Three-year-old battery-electric cars in Spain now retain 46.2 percent, down from 50 percent a year earlier. Plug-in hybrids sit at 54.8 percent, six points worse. Gasoline cars dropped nine points to 57 percent. Diesels fell from 64 percent to about 54. Conventional hybrids are the least-bad bet at 65 percent, and even they gave up five points. Nearly-new stock is down 5.1 percent year over year to an average of €25,103. Cars over a decade old, which make up more than half of Spanish used transactions, slid 4 percent.

Read that again. Everything is falling. The Chinese brands are falling faster, but the interesting story is that a 14-year-old Golf in Valencia is worth less this year partly because a Jaecoo showroom opened down the street.

Why the Chinese brands lose the race

The honest answer is powertrain mix and price cuts, not build quality. GANVAM's own breakdown shows 44 percent of Chinese-brand sales in Spain are electrified, well above the market norm, and electrified cars are the fastest-depreciating things on the road right now. Battery tech improves annually, new-car prices keep sliding, and every discount a manufacturer offers on a new EV instantly reprices every used one in the country. That's not a Chinese problem. That's an EV problem that Chinese brands are disproportionately exposed to because of what they chose to sell.

Related Articles

• The Physics Behind Using Suspension Impulses to Break Rear Grip on Purpose
  
• This ‘Trading Floor’ For New Cars Just Went Bankrupt. Federal Records Show It Wasn’t Even Legally Cleared To Move Its Own Inventory

Then there's the channel. Nearly 70 percent of Chinese-brand sales in Spain go to private buyers, versus 46.3 percent for the market overall. Fleet and rental buyers, who normally set the floor under a brand's used values by buying predictably and reselling in volume, have largely stayed away. Six brands account for 94 percent of Chinese sales there: MG, BYD, Omoda, Jaecoo, Ebro and Leapmotor. But GANVAM's methodology counts more than 26 Chinese-owned brands in Spain, defined by corporate ownership rather than assembly location. Polestar and Lynk & Co are on that list, which should interest American readers who assume "Chinese car" means something built in Shenzhen.

The trust problem is measurable

Germany's DAT runs the longest-running consumer survey in the European car business, and its 2026 findings are brutal in a specific way. Sixty-five percent of German new-car buyers say they've noticed Chinese cars in traffic. Nearly 80 percent have noticed them in advertising and media. Only 5 percent would consider buying one. General car owners were warmer at 29 percent, and Gen Z warmer still at 35 percent. Women were eight points more likely than men to welcome the new competition.

Awareness without intent is exactly the condition that produces weak residuals. A used car needs a second buyer, and a second buyer needs a reason to believe the brand will still have a parts warehouse in year seven.

What the tariffs did to the product plan

The EU's definitive countervailing duties hit BEV imports from China in October 2024: 17.0 percent for BYD, 18.8 for Geely, 35.3 for SAIC, 20.7 for other cooperating exporters, all stacked on the standard 10 percent car tariff. Tesla's Shanghai output got 7.8 percent. The duties cover battery-electric cars only, which is why Chinese brands pivoted hard into plug-in hybrids and gasoline models almost overnight.

That pivot has a residual-value cost nobody talks about. Rapid lineup churn orphans the cars you already sold. A three-year-old EV from a brand that has since reoriented its European range around PHEVs looks like a discontinued experiment to the next buyer, whatever its actual condition.

The part that should interest mechanics and adjusters

GANVAM-DAT doesn't just plug in age and mileage. It factors battery stress, including charge type and duration, plus telematics data, to estimate current and future vehicle condition. That's the direction every valuation book is heading, and it means a car that lived on DC fast chargers will eventually be worth measurably less than an identical one that didn't. Owners should start treating charging history the way they treat service records.

Falling actual cash value also quietly changes crash economics. Insurers total a car when repair cost crosses a percentage of its value. Drop the value and the same fender-and-quarter-panel hit that was repairable last year becomes a write-off this year. For EVs with structural battery packs and limited independent repair networks, that threshold arrives early. Fewer surviving cars means thinner used supply, which sounds like it should support prices, except it also means fewer independent shops bother to buy the diagnostic tooling. That loop is how a brand gets stuck.

Americans aren't getting these cars anyway

Two separate federal actions closed the door. The Section 301 review raised duties on Chinese electric vehicles to 100 percent effective September 27, 2024. More permanently, the Commerce Department's connected vehicle rule bars Chinese- and Russian-linked connectivity and automated-driving software starting with model year 2027, bars the hardware from model year 2030, and prohibits Chinese-controlled manufacturers from selling connected vehicles here at all beginning with MY2027. Tariffs can be repealed by the next administration. A national-security software ban is a different animal.

Related Articles

• Chrysler Just Won a Warranty Lawsuit Without Anyone Ever Checking Its Math
  
• This South Carolina ‘Widowmaker’ Tree Already Had a Body Count and a Nickname. Then It Killed Four More People In One Night.

So this isn't a warning about your next purchase. It's a preview of what happens to any brand that buys market share with price rather than earning it with residuals, and it's a live demonstration that EV values move faster than the industry's actuarial models were built for. Battery-electric cars took 20.7 percent of EU registrations in the first half of 2026. Every one of those will hit the used market around 2029.

The practical lesson travels fine across the Atlantic. If you're buying new and financing long, the residual assumption baked into your loan is a guess, and lately it's been a bad one. Lease instead of buy when a segment is repricing this fast. If you're shopping used, somebody else's depreciation is your discount, provided you've confirmed the dealer network, the battery warranty transfer terms and whether anyone within 200 miles can actually service the thing.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Every outlet covering John Ternus's promotion to Apple CEO is leading with the same delightful detail: the man loves Porsches, races one at Laguna Seca, and reportedly owns one of only 77 examples of the modern 935 track car. That fact is real. It is also not the story.

The real story is what Ternus did for the twenty-five years before he got the job. Apple's own leadership page does not describe him as a visionary or a dealmaker. It describes him as the executive who spent his career on reliability, durability, materials science and repairability, the unglamorous discipline that decides whether a product line shipping in the hundreds of millions actually survives contact with real life. That is not a typical Silicon Valley resume. It reads more like a Detroit one.

Ternus formally became Apple's chief executive on September 1, 2026, ending Tim Cook's fifteen-year run at the top, according to Apple's leadership page and a filing with the Securities and Exchange Commission disclosing the change. Cook did not leave the company. He moved into the role of executive chairman, kept his board seat, and will keep working on Apple's relationships with governments around the world. Ternus also joined the board. "John Ternus has the mind of an engineer, the soul of an innovator, and the heart to lead with integrity and with honor," Cook said in announcing the move.

Ternus is not an outsider brought in to shake things up. He joined Apple's product design team in 2001, became vice president of hardware engineering in 2013, and joined the executive team in 2021. Apple credits him with instrumental work on the iPad and AirPods, plus hardware engineering across generations of iPhone, Mac and Apple Watch. Before Apple, he was a mechanical engineer at Virtual Research Systems, and he holds a mechanical engineering degree from the University of Pennsylvania. He is an engineer's engineer, not a finance or operations executive wearing the title for optics.

Here is the detail worth sitting with. Apple's own bio of its new CEO specifically credits him with advancements in repairability that have extended the life of its products. That is an unusual thing to brag about for a company that spent years fighting right-to-repair laws and suing independent shops over parts pairing. It is an even stranger thing to highlight the same month Congress advanced its own right-to-repair bill for cars, one that cleared committee 48 to 1 only after its wireless diagnostic-data mandate got stripped out, according to our reporting. Automakers and Apple have been making the identical argument for years: that a locked-down product is a safer, better-supported one. Apple just put its most repair-friendly-sounding executive in charge of the whole company. Detroit should take notes.

It also explains something the rumor mill never quite nailed down: why Apple's decade-long, multibillion-dollar electric and autonomous vehicle program, known internally as Project Titan, quietly died in February 2024. Consumer electronics get replaced every one to three years and can absorb a defect rate that would bankrupt a car company. A vehicle has to survive fifteen years and 150,000 miles of heat, salt, vibration and crash loads, pass federal safety certification, and then get financed, insured and serviced by an entirely separate industry Apple does not control. Ternus spent his career solving reliability problems at iPhone scale. Nothing about that career, or anything Apple has said since, suggests the company ever cracked the slower, far less forgiving version of that problem automakers face every single day. The silence is the answer.

There is a nice irony sitting in Ternus's own garage, too. Porsche built only 77 examples of the modern 935, a 515-kilowatt, twin-turbo, 3.8-liter flat-six built on the 911 GT2 RS chassis. It is officially classified as non-homologated, meaning it cannot legally enter a single sanctioned racing series anywhere. It exists purely so a handful of owners can drive something absurd on a track day and never once compete for points. That is close to the opposite of Ternus's day job, which is making sure identical products behave identically for hundreds of millions of buyers. It also closes a loop nobody asked for. Apple's original seed money in 1976 partly came from Steve Jobs selling his Volkswagen van. Fifty years later, the man running the company drives a Porsche, a brand built from the same Porsche family engineering lineage that designed that van's ancestor.

Apple and Porsche's relationship already runs deeper than a paint scheme. Porsche was the first automaker to embed native vehicle controls inside CarPlay in 2023, and the two companies built a dedicated Porsche Race Engineer app for Apple Vision Pro that Porsche used to set a Taycan Turbo GT lap record at Laguna Seca in 2024. Apple TV also became Formula 1's exclusive United States broadcaster this year. Whether an enthusiast CEO speeds up adoption of CarPlay Ultra beyond Aston Martin, its only launch partner so far, or changes the calculus for holdouts like Tesla, is a fair question. It is not one Apple has answered, and nothing here should be read as a hint that the Apple Car is coming back.

The timing is almost unkind to Porsche itself. The brand supplying Apple's new CEO with his hobby is in the middle of its own reckoning, cutting thousands of jobs and shutting down a battery factory and its e-bike brand as EV demand cools and margins collapse. Ternus's Laguna Seca weekends make a nice line for Porsche's marketing team. They will not move Porsche's balance sheet.

Forget the lap times. The number that actually matters is 2.5 billion, the size of the active device installed base Ternus is now responsible for keeping reliable, repairable and profitable, all at once. Car companies have spent a century trying to hire that exact skill set. Apple just promoted someone who already had it, and who happens to spend his weekends practicing the one kind of manufacturing discipline the car industry understands better than anyone in Cupertino ever will.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

On September 1, Waymo opened public rides in Denver, San Diego and Tampa, pushing its driverless service to 14 U.S. cities. The same morning, Amazon's Zoox said its retrofitted test fleet was heading to Houston and San Diego, its 11th and 12th American markets. Two days later Tesla put the Cybercab — no steering wheel, no pedals, no mirrors — into commercial service in Austin. And on Friday morning, NHTSA opened an audit query into whether roughly 1,000 of those Cybercabs were legally certified in the first place.

That last item is the actual story. The software argument is largely settled at this point. What isn't settled is whether you're allowed to mass-produce a car that nobody sits in front of.

The certification problem nobody outside the industry thinks about

America doesn't pre-approve cars. There's no federal agency that inspects a new model and stamps it street-legal. Manufacturers self-certify that their vehicle meets every applicable Federal Motor Vehicle Safety Standard, slap the compliance label on the doorjamb, and NHTSA polices the claim afterward.

Related Articles

• A Stolen Corvette Did Donuts For 100 People, Then Got Dumped on I-80. That’s Not a Bug, It’s the Business Model.
  
• Vehicle Data Access In Congress: What The REPAIR Act Fight Means For Repair Bills

This works fine when everyone's building the same basic object. It gets weird when the object has no controls. Huge swaths of FMVSS are written around a human: where the steering column collapses in a crash, how much force a brake pedal needs, what the driver can see in the mirrors. Tesla's position, according to NHTSA, is that a number of those standards simply don't apply to a vehicle with no driver. The agency has opened investigation AQ26002 to look at the engineering work and the reasoning behind that call — specifically, how much of Tesla's certification rests on declaring certain standards inapplicable. You can track it through NHTSA's safety issue database.

The alternative path is a temporary exemption under 49 CFR Part 555, which comes with a hard ceiling of 2,500 vehicles per manufacturer in any 12-month window. That's fine for a demonstration fleet and useless for the "individualized mass transit" pitch Tesla has been making since 2024. Self-certification has no cap. It also has no safety net if NHTSA disagrees with you.

This exact movie already ran once

Zoox self-certified its bidirectional pod in July 2022. NHTSA issued a Special Order that September, then opened audit query AQ23001 in March 2023 — the same investigative tool now pointed at Tesla.

The closing resume is worth reading if you want a preview of how these things end. NHTSA physically inspected two Zoox vehicles and, in December 2024, issued an inspection report documenting multiple apparent noncompliances. Zoox subsequently applied for an exemption under 49 U.S.C. §30114(a) for demonstration purposes. NHTSA granted it in August 2025 with conditions — including that Zoox obscure or remove every existing statement claiming the vehicle conformed to all applicable FMVSS. The population under investigation was 64 vehicles. The process consumed nearly two and a half years.

Tesla's audit covers roughly 1,000 vehicles and lands on day one of commercial service rather than three years in. Same tool, different scale, different timing.

Waymo's boring, expensive, extremely deliberate workaround

Meanwhile, the company with 4,000-plus cars on the road has never needed an exemption, because it kept the steering wheel.

Denver and San Diego riders get the Ojai, the Zeekr-built minivan running Waymo's sixth-generation driver. It's imported from Ningbo as a bare shell — the trucking world would call it a glider — with the connectivity hardware, compute and sensors installed stateside. That isn't aesthetic preference. The Commerce Department's connected vehicle rule bans covered VCS and ADS software of Chinese or Russian origin starting with model year 2027, with the hardware prohibitions following for model year 2030 (or January 1, 2029 for units with no model year). BIS lays out the staggered dates on its own compliance page. A vehicle that arrives with no telematics module and no sensors is, in the regulatory sense, not yet a connected vehicle.

One detail nobody talks about: the final rule carves out an exemption for parts imported for warranty or repair of vehicles with a model year before 2030. Whatever happens to new imports, the parts pipeline for the existing fleet has a defined runway. That matters more than it sounds if you run a body shop and expect to be calibrating robotaxi sensor arrays for the next decade.

What the launch cities actually signed up for

Each of the three new markets has a different legal spine, and it's worth knowing which one you're standing on.

Colorado preempted the issue years ago. Under Title 42, automated driving systems are declared a matter of statewide concern, and no state agency or political subdivision may hold an ADS to standards different from those set for a human driver. Denver doesn't get a vote.

Florida is the interesting one for anyone who might get rear-ended by a robotaxi in Tampa. Statute 627.749 requires a fully autonomous vehicle engaged on an on-demand network to carry primary liability coverage of at least $1 million for death, bodily injury and property damage, plus PIP and uninsured/underinsured coverage. That's roughly a hundred times Florida's normal property damage minimum. If you tangle with one of these, the policy behind it is not the problem.

California made Waymo work for it. The CPUC's disposition letter covering Advice Letter 0004 took nearly seven months and required a supplemental filing on how Waymo keeps unaccompanied minors out of its cars and how it handles riders during major service disruptions. San Diego's Metropolitan Transit System and its Taxicab Advisory Committee both protested, arguing among other things that local governments should have a say. Staff tossed the protests as attempts to relitigate policy the commission already decided — it had explicitly declined to hand cities veto power. Twenty-nine organizations filed in support. Your local transit agency has less authority here than you'd assume.

The safety numbers, and why two credible sources disagree

Waymo's safety hub reports 220.6 million rider-only miles through March 2026 and claims 94% fewer crashes causing serious or fatal injuries than human drivers over the same roads.

The Insurance Institute for Highway Safety ran its own independent analysis of federal reporting data from 2021 through 2024 and landed on 68% fewer police-reportable crashes across about 50 million autonomous miles, with 85% fewer single-vehicle crashes and 81% fewer injury crashes. City by city it ranged from 76% better in Phoenix down to 35% in San Francisco, and 4% worse in Austin on a small sample.

Both numbers are honest. They differ because AV operators must report fender-benders that humans routinely don't, so IIHS had to discard roughly a quarter of the reported AV crashes as duplicates, off-road events, or non-events before any comparison was possible. Only Waymo voluntarily publishes miles traveled, which means nobody can calculate a crash rate for anyone else. That's the real gap, and it's the one insurers will care about when they eventually try to price an automated mile differently from a human one.

Practical notes for anyone about to ride one

Tesla's own Cybercab FAQ is more informative than the launch event was. Two passengers maximum. Riders under 13 aren't permitted at all; 13 to 17 need an adult. The car waits seven minutes at pickup before fees or cancellation. You can't request a Cybercab specifically — you get what's available for your group size. Step-in height is 16.5 inches with bench seating at wheelchair height, braille on the doors and overhead buttons, and 20.2 cubic feet of trunk. Cybercab rides remain limited to parts of Austin while the Model Y fleet covers Austin, Dallas, Houston, Miami and Tampa.

Related Articles

• VinFast’s India Localisation Reset: What It Means For The Thoothukudi Plant And Buyers
  
• Why Volkswagen Is Investigating Its Chinese Headlight Supplier Over 107 Fired Graduates

Waymo, for what it's worth, has been sanded down by federal scrutiny already: NHTSA opened PE25013 over a robotaxi maneuvering around a stopped school bus in Atlanta, and PE26001 after one of its vehicles struck a child near a Santa Monica elementary school in January. That's what the boring, exemption-free path still buys you.

And the rest of the world isn't waiting

Pony.ai told the SEC in August it had expanded its Uber partnership to more than 2,000 robotaxis across five European cities, with over 4,000 vehicles under agreements in negotiation internationally. The same connected vehicle framework that forces Waymo to import gliders keeps Chinese operators out of the American market entirely, which is why they're pouring into Europe, the Gulf, Southeast Asia and now Korea instead.

The scale race is real. But the constraint has moved. It's not lidar cost, it's not compute, and it's not whether the car can handle an unprotected left. It's whether a vehicle built with no controls can be certified, at volume, without asking permission first. NHTSA has answered that question once already, and the company that asked it ended up scrubbing the compliance claims off its own paperwork.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

The Georgia State Patrol's version of Monday's fatal crash in Tucker leads with the stunt drivers. A group had reportedly been running donuts and blocking roads around DeKalb County for hours, shifting locations through the night, when troopers finally caught up with them near Kilman Drive. Several vehicles took off. One of them, a GMC pickup, didn't get far.

Here's the detail that didn't make the headline. The trooper who hit that truck wasn't chasing it. By GSP's own account, a Crime Suppression Unit K9 trooper was simply traveling through the intersection of Mountain Industrial Boulevard and Hugh Howell Road, a half mile from where the group had scattered, when his cruiser collided with the pickup. Both vehicles caught fire. The trooper and his K9 climbed out through a window to go help. Anthony Angeles, 19, a passenger in the truck, died at the hospital. The driver, 20-year-old Emilio DeJesus of Conyers, survived with injuries GSP described as not life-threatening.

Chasing and converging are not the same thing. GSP's Office of Professional Standards clearly thinks the difference is worth examining, since it opened an administrative review of the trooper's actions the same day and placed him on leave. It's worth the rest of us examining too, because that's where the real story is hiding.

This isn't really a story about a stunt-driving crew that refused to stop. Georgia already treats that behavior as a serious crime, arguably the most aggressively prosecuted version of it in the country. The real story is what the state's enforcement response looks like once the lights come on, and Georgia has already supplied the data. Auto Wire reported it in December: over a recent five-year stretch, Georgia troopers initiated 6,760 pursuits and crashed in more than half of them, a rate over three times the national average for police pursuits.

Put plainly, saying yes to a pursuit in Georgia is close to a coin flip on whether it ends in a wreck. This week in Tucker, the coin came up bad.

Georgia Already Wrote the Toughest Stunt-Driving Law in the Country

Nobody can accuse Georgia of going easy on this. House Bill 534, signed in 2021, turned organizing an illegal drag race into a felony and created reckless stunt driving, O.C.G.A. Section 40-6-390.1, as its own standalone charge covering both drag racing and laying drags. A third conviction lets courts permanently seize the driver's vehicle. In 2024, lawmakers went further, making it a crime to simply attend or watch a street takeover, punishable by up to 60 days in jail. Georgia's list of arrestable offenses at one of these gatherings is longer than almost any other state's.

None of that touches how a trooper's cruiser is supposed to behave once a routine stop turns into a foot-to-the-floor moment. That's a separate policy, decided separately, and it hasn't gotten anywhere near the same legislative attention.

The Number Georgia's Press Releases Never Mention

Some states restrict pursuits to felony-level offenses or require a supervisor's sign-off before a trooper can give chase. Georgia's policy reportedly leaves more of that judgment to the trooper in the moment, and the results show it. Nationally, roughly 15 percent of police pursuits end in a crash. Georgia's rate is over 50 percent, more than three times the national figure, according to five years of the agency's own pursuit records.

Zoom out further and Georgia isn't just an outlier next door. Researchers combing through the fatal crash data NHTSA maintains nationally have counted more than 5,400 fatal pursuit-related crashes since 2009, and over 6,300 deaths, an average of nearly one fatality every single day in America. Georgia's pursuit-heavy, crash-prone approach doesn't miss that grim national baseline. It's the outlier making the baseline look tame.

Why an Intersection Hit Like This One Is the Deadliest Kind

It doesn't matter much, physically, whether a supervisor's log books this as an official pursuit or a trooper simply converging on a scene. A cruiser closing fast on an intersection to intercept a fleeing vehicle behaves the same way either way: high closing speed, a driver split between radio traffic and the road, less margin to spot cross traffic. When two vehicles meet broadside instead of bumper to bumper, the impact lands on the doors, not on the crumple zones engineered to eat it. Angeles was riding on the side that took the hit. In T-bone crashes, that's almost always the deadliest seat in the vehicle, regardless of who was driving.

The Fire, and Why a Trooper Had to Climb Out a Window

Both vehicles catching fire is its own tell. Federal fuel system integrity standards are built around surviving a serious impact without a fuel leak, so a fire breaking out on both sides of a T-bone collision points to real closing speed, not a minor tap. A trooper and his K9 exiting a patrol cruiser through the window, rather than the door, is usually a sign the door frame took enough side intrusion to jam it shut. None of that is a knock on the trooper personally. It's a data point about how hard this specific kind of crash hits.

The New Law Targets the Crowd. The Crash Targets Whoever's in the Passenger Seat.

Angeles wasn't a bystander who could have been charged under Georgia's new spectator law. He was riding in the truck. For comparison, Florida's law goes further than Georgia's, extending liability directly to the passengers and spectators of a street race when someone ends up dead. Georgia's newest statute polices the crowd around a takeover. It has nothing to say about the chase that follows once that crowd scatters, or about the person sitting in the passenger seat when it ends badly.

These gatherings keep moving because they're built to. Georgia's Crime Suppression Units exist specifically because a single static bust doesn't work on a group that treats a parking lot the way a flash mob treats a street corner, shifting locations to stay a step ahead of a response. It's the same playbook seen in a recent street takeover that ended with a stolen Corvette abandoned on I-80, with a hundred spectators long gone before anyone could be charged.

This Isn't the First Warning

GSP has been here before. Last year, a 19-year-old man died in Little Five Points when a woman fleeing troopers crashed. GSP's own statement this week acknowledged as much, saying it shares "the responsibility of making sure those questions are answered." That's the right instinct. It just hasn't yet turned into a policy change that shows up in the crash numbers.

What Should Actually Stick

Georgia decided illegal stunt driving deserved some of the harshest penalties on the books, up to seizing the car and jailing anyone who merely watches. That's a defensible position. But a law that harsh deserves an equally hard look at the response it triggers, and right now that response wrecks more than half the time it's used.

Georgia can now fine you for watching a street takeover from the curb. It still hasn't figured out how to make the trooper responding to one less likely to crash than not, and until that changes, the state's toughest driving law and its most predictable failure will keep sharing the same headline.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Congress wants to know how deep China's fingers are in the American auto industry. It's a fair question. It's also one the federal government has already spent the better part of a year answering, in documents with actual deadlines attached, while this new bill can't set one until 2028.

On August 28, Representatives Diana Harshbarger (R-TN) and Debbie Dingell (D-MI) introduced the Automotive National and Economic Security Act of 2026. Read past the headline and the bill is refreshingly simple: it orders the Secretary of Commerce to study foreign ownership stakes, joint ventures, technology transfers and intellectual property risk tied to automakers connected to foreign adversaries, then deliver an unclassified report to two congressional committees. The clock doesn't start until the bill becomes law, and even then, Commerce gets up to two years to finish writing it.

No tariffs. No divestiture order. No new banned-parts list. Just a study — one that arrives, at the earliest, sometime in 2028.

Harshbarger frames the urgency in blunt terms: "China has a playbook, and we've watched them run it," she said, citing critical minerals, shipbuilding and batteries as prior chapters. Dingell describes herself as a longtime advocate for the industry's workforce and frames the bill as an attempt to level a playing field tilted by state subsidies.

Both lawmakers are right that something is happening. What's odd is the idea that anyone needs two more years and a government report to prove it.

The Rules That Actually Bite Are Already Written

Here's the part that should actually get a car owner's attention: the rule that matters, with dates that matter, is already on the books. In January 2025, the Commerce Department's Bureau of Industry and Security finalized a regulation prohibiting Vehicle Connectivity System software tied to China or Russia starting with model year 2027 vehicles. The hardware equivalent — the physical modules, not just the code — gets banned starting January 1, 2029, effectively model year 2030. Those are real compliance deadlines with real engineering consequences, and both will arrive before Congress's new study is anywhere close to finished.

That's not the only enforcement mechanism already running. A 100% tariff on Chinese-built EVs, and a 25% tariff on EV batteries, critical minerals, steel and aluminum, have been in effect since 2024. The Department of War has separately added BYD, China's largest automaker by sales, to its list of Chinese military companies. None of that required a two-year study. It just required an agency willing to use authority it already had.

Put together, that's the real story hiding inside this bill: lawmakers are ordering a multi-year investigation into a problem the executive branch already started regulating on a fixed timeline. The study isn't laying groundwork. It's grading a test that's already half over.

Detroit Already Signed Up For The Thing Congress Is Worried About

While Washington debates state-owned enterprises and technology transfer, Ford, General Motors and Stellantis have all gone out and built exactly the kind of relationships this bill is supposed to scrutinize. Stellantis turned its 21% stake in Chinese EV startup Leapmotor into a 51-49 joint venture and promoted its China COO to a global leadership role last month. Ford partnered with Geely, parent of Volvo and Polestar, to build next-generation vehicles in Spain, and Ford's own CEO has said publicly that Chinese competition is pushing every automaker to get leaner and smarter, which is a polite way of admitting Detroit needs what Chinese engineering teams currently do better.

GM went further. Its new Buick Electra E wasn't just assembled with Chinese help — it was developed entirely at a technical center GM co-runs with SAIC Motor, the state-linked Chinese automaker. A Buick, arguably the most American-grandpa of American nameplates, engineered from the ground up on Chinese soil. It still sold more than 10,000 units in May alone.

Mercedes Is The Cautionary Tale Nobody Wants To Say Out Loud

Mercedes-Benz isn't a joint-venture story. It's an ownership story, and it's the clearest example of why this issue is messier than banning bad actors. Roughly a fifth of the company's shares now sit with Chinese entities, split almost evenly between a stake held by Geely's own founder and chairman and a similar stake held by the state-linked BAIC Group. That ownership exists independently of, but sits awkwardly next to, a separate Connected Vehicle Security Act moving through the Senate, which would ban Chinese-linked connected-vehicle hardware and software outright. The bill's own co-sponsor, a former Mercedes dealer whose son still sells the brand, has had to publicly insist Mercedes isn't the target.

This wouldn't be the first time ownership, rather than engineering, decided a car's fate in America. Just ask Polestar.

The Auto Industry Has Run This Playbook Before

American automakers spent the 1980s insisting Japanese competition was an existential threat, then spent the 1990s building transplant factories in Ohio, Kentucky and Tennessee to survive it. The threat didn't disappear. It became the workforce. What's different this time is that the vulnerability isn't stamped steel or engine blocks — it's software, telematics and the data pipeline running through a car's connectivity module. You can inspect a fender for a stamping defect. Auditing a supply chain of firmware for what it phones home is a different kind of problem, and it's the one BIS's rule is actually trying to solve.

Who Actually Feels This First

That distinction matters most to the people who fix cars and insure them, not the people who write bills about them. Telematics control units, infotainment head units and ADAS sensor suites are exactly the parts most likely to be caught up in this rule, and swapping a banned module after a collision could mean redesigned parts, new part numbers and longer waits at the body shop — a cost that shows up in a claims file years before it shows up in a headline.

So take the new bill for what it is: a bipartisan agreement that the question is worth asking, filed two years after the executive branch already started answering it with something more binding than a press release. Congress wants a study to tell it how deep China's roots go in the American auto industry. Most of that answer is already parked on dealer lots, wearing a Buick badge, a Ford grille and a three-pointed star.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

A federal judge in Washington spent part of her ruling this week accusing the EPA of asking her court to "engage in Orwellian doublethink." That's not typical language in an emissions case. It's the kind of line judges reach for when an agency gets caught arguing that the same document is two different things depending on which audience happens to be listening.

The case looks, from a distance, like a rerun of last year's fight over California's electric vehicle mandate. It isn't. This one isn't really about how many EVs Californians have to buy. It's about whether an agency can retroactively relabel a seventeen-year-old policy decision as brand new, so Congress can kill it with a bare majority vote instead of the process the law actually requires. If that trick works, it won't stop with California, and it won't stop with cars.

On Wednesday, U.S. District Judge Beryl Howell issued a preliminary injunction blocking the EPA from moving forward with sending four California vehicle emissions waivers to Congress for repeal under the Congressional Review Act. Those four waivers cover things as different as evaporative emissions standards for passenger cars, greenhouse gas rules, and pollution limits for lawn mowers and other small engines. What ties them together isn't the subject matter. It's where they came from, and why EPA wants Congress, rather than the courts or a future administration, to be the one that kills them.

California doesn't get to write its own car pollution rules because it's California. It gets to under a specific carve-out in the Clean Air Act, Section 209, that predates the modern EPA by three years. Congress wrote it that way in 1967 because California already had its own emissions rules on the books before the federal government did, and lawmakers didn't want to force the state to unwind them. Ever since, waivers granted under that section have been treated as individual, case-specific decisions about one state's particular request, not as generally applicable regulations. That distinction sounds like lawyer trivia. It is the entire fight.

A Waiver Older Than the Chevy Volt

One of the four waivers the EPA sent to Congress this year covers California greenhouse gas standards for 2009 and subsequent model years. That waiver predates the Nissan Leaf. It predates the Chevy Volt. It was issued during Barack Obama's first year in office, survived the entire first Trump administration without being challenged this way, and has been the legal foundation under which California and the roughly dozen states that follow its rules have built vehicle compliance programs for a decade and a half. EPA's argument is that this waiver was a rule all along, and that because no prior administration formally transmitted it to Congress for a Congressional Review Act vote, lawmakers are only now getting their statutorily required chance to undo it, sixteen years after the fact.

You Can't Have It Both Ways

That argument runs into a problem the EPA created for itself. Judge Howell wrote that the agency "cannot say one thing to Congress while ignoring any consequence from reclassifying these waivers as rules," adding that "such gamesmanship may seem like a clever policy move, but undermines honest compliance with the law." In plain terms, EPA wants these waivers treated as rules only in the one context where that label lets Congress repeal them with fifty-one votes and no filibuster, while continuing to treat them as case-specific determinations everywhere else, including the normal legal processes that would otherwise apply to an actual rule. You don't get to pick the label that's convenient and skip the obligations that come with it.

Automakers Won Last Time, and It Still Wasn't Clean

This isn't the first round. In 2025, EPA sent three earlier California waivers to Congress under the same theory, including the one behind Advanced Clean Cars II, the rule that would have effectively phased out new gas-powered car sales in California by 2035. Toyota, General Motors and other automakers lobbied hard for Congress to kill it, and in June 2025 all three resolutions became law, ending California's authority to enforce that mandate. Automakers got the outcome they wanted. What they didn't get was a clean, durable way to get it.

A Congressional Review Act repeal doesn't just erase a rule. It permanently bars the agency from issuing anything "substantially similar" without new legislation from Congress. That's a far bigger hammer than an ordinary rule change, and it's one automakers now have to hope never gets swung at a compliance framework they actually depend on.

Why This Should Worry More Than California

Here's the part that should worry anyone who plans product cycles for a living, not just anyone who owns an EV. Roughly a third of the new-car market in the United States is sold in states that adopt California's standards under Clean Air Act Section 177 rather than writing their own rules from scratch. Automakers have spent close to two decades engineering around the assumption that California's authority, however politically contested, was legally durable enough to plan five-to-seven-year product cycles against. A legal theory that lets any EPA administrator relabel a waiver as a rule on a whim, and fast-track its repeal, doesn't just threaten California's power. It threatens the predictability the whole industry depends on to decide which engines, which batteries, and which compliance strategies are worth billions of dollars to develop.

That predictability was already fraying before this case. A related fight over vehicle carbon rules is currently tangled up with the Supreme Court, and California's own regulators haven't exactly made the state's climate rules easier to defend, handing oil refineries a bigger break than their staff recommended and getting sued over it. None of that changes the core issue in front of Judge Howell: whether an agency's after-the-fact relabeling of its own past decisions can substitute for the process Congress actually built.

The Real Takeaway

Judge Howell's injunction doesn't settle the underlying legal question. It only pauses it, ordering EPA to restore the status quo that existed before its June transmittal while the case proceeds. But it draws a useful line for anyone trying to understand where this goes next: a rule is a rule when an agency needs it to be a rule, and a waiver is a waiver when an agency needs it to be a waiver, but it can't be both at once just because a simple majority in the Senate is easier to find than a supermajority. That's not really an emissions story. It's a story about how much an agency can get away with while insisting it's simply following the law, and it's worth remembering the next time any administration, of either party, reaches for a shortcut around Congress instead of through it.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

That Fake Dealership Website Wants a Wire Transfer, and There's a Legal Reason Why

The Federal Trade Commission dropped a consumer alert on September 1 that should make anyone shopping for an old muscle car sit up. Criminals are duplicating legitimate franchise and independent dealership websites — logos, inventory pages, vehicle photography, the whole storefront — and using them to collect payment for cars that were never on any lot. The agency says the cloning is often done with AI, right down to fabricated customer testimonials, and that the fake stores lean on rare muscle cars and hard-to-find classics as bait, complete with detailed descriptions of the buying process and reassuring return policies. FTC Consumer Advice

The vehicle selection is not random, and this is the part worth understanding.

Old cars live in a verification blind spot

If someone offers you a 2024 Silverado, you can run the VIN through NHTSA's vPIC database in about eight seconds and confirm the number decodes to the correct make, model, body style, plant, and engine. It's free, requires no account, and it's fed directly by manufacturer submissions under 49 CFR Parts 551–595.

But vPIC only covers model years 1981 forward. Anything built before the modern 17-digit standard simply isn't in there. A '69 Chevelle, a '70 Cuda, a '67 Mustang — those VINs return nothing. There is no federal database that will tell you whether a 13-character Chevrolet VIN corresponds to a real car or to thirteen characters someone typed into a listing template. NHTSA

Related Articles

• JLR Is Building Its Most Important SUV Ever in America — Inside a Factory It Doesn’t Even Own
  
• Nissan Says Business Is Growing — Its Own Spreadsheet Says Sales Just Crashed 16.5%

Title history has the same hole. The Justice Department's National Motor Vehicle Title Information System is genuinely useful, but DOJ itself warns that some states exempt vehicles above a certain age from titling entirely and that reporting depth varies by jurisdiction. A pre-'81 car that's been sitting in a barn since the Carter administration may have no digital footprint whatsoever. That absence looks identical whether the car is real and undocumented or fictional. VehicleHistory

Scammers understand this asymmetry better than most buyers do. They are not selling you a car you can check. They are selling you a car you cannot check, from a website you probably can.

Why the payment method is the whole scam

The FTC's alert closes with a specific instruction: walk away if the seller demands a wire transfer. That advice is not squeamishness about old-fashioned payment rails. It's about which body of law attaches to your money.

Regulation E, which implements the Electronic Fund Transfer Act and gives you the familiar error-resolution and liability-cap protections on debit and ACH activity, expressly excludes wire transfers. Under 12 CFR 1005.3(c)(3), any transfer through Fedwire or a similar system used primarily between institutions or businesses falls outside the definition of an electronic fund transfer. The Federal Reserve's own Fedwire regulation states the same thing from the other direction: Fedwire transfers to or from consumer accounts are generally exempt from EFTA and Regulation E, and are governed instead by UCC Article 4A. Whether online-initiated consumer wires deserve different treatment has been litigated, but the plain-text exclusion is what most banks still operate under. eCFReCFR

Translation for the buyer: a wire is a bearer instrument with your name on the outbound side only. Once the receiving institution credits the account, your recourse runs against a shell corporation in another jurisdiction, not your bank.

A credit card is a completely different animal. Under 15 U.S.C. 1666i and its implementing rule at 12 CFR 1026.12(c), you can assert against the card issuer every claim and defense you'd have against the merchant — including nondelivery — and withhold payment on the disputed amount while it's sorted out. The statute attaches two conditions: the transaction has to exceed $50, and it has to have occurred in your state or within 100 miles of your address. The official commentary punts on where an internet transaction "occurs," leaving it to state law, which is a genuine gray area for a remote purchase. Still: a $2,000 deposit on plastic gives you a fighting position. A $2,000 wire gives you a police report. eCFRConsumer Financial Protection Bureau

The practical move on any remote car purchase is to put the deposit on a credit card, keep the balance in escrow with a title company or a licensed transport-and-escrow service, and never let the seller dictate the rail.

Enforcement exists. Collection is the problem.

Impersonating a business has been a standalone federal violation since the FTC's Impersonation Rule took effect on April 1, 2024. Violators can be ordered to refund consumers and hit with civil penalties, currently up to $53,088 per violation — a real hammer, and one that doesn't require the Commission to first obtain a cease-and-desist order. The rulemaking record also notes the rule was written to complement, not displace, trademark owners' existing remedies under the Lanham Act and the Anti-Cybersquatting Consumer Protection Act, which matters if you're the dealer whose storefront got Xeroxed. Federal Trade Commission

Scale-wise, the FTC reported in June that consumers lost roughly $1 billion to business impersonators in 2025, part of about $16 billion in total reported fraud losses — a record. The Justice Department has shown these rings can run big and run long: in one Southern District of Ohio prosecution, a San Francisco man drew 64 months and a $10.6 million restitution order for laundering proceeds from a fake online vehicle sales operation that took at least 850 victims nationwide, using shell-company bank accounts and a bogus claim of affiliation with eBay's buyer protection program. Federal Trade CommissionDepartment of Justice

State regulators have been tracking the enthusiast-specific flavor for a while. Tennessee's attorney general issued a warning in March 2026 about sites posing as classic car and heavy equipment dealers, noting the operators answer the phone, send videos, and produce counterfeit business licenses. Jonathan Skrmetti's line was blunt: these people "don't care one bit about your family's financial well-being." His office also flagged a tactic worth remembering — scammers lift names and addresses from real businesses that have already closed, so a Google Maps pin and an old news mention prove nothing. TN AG Division of Consumer Affairs Warns of Car Dealership Impersonators +2

A verification sequence that actually works

None of this requires paying for a service. It requires ten minutes and a willingness to be rude to a salesman.

Run the domain through ICANN's lookup tool and read the creation date. A franchise store that's been in business since 1987 does not have a domain registered in March. That single check kills most of these.

If it's a franchised brand, find the store in the manufacturer's own dealer locator and call the number listed there — not the number on the site you're looking at. For independents, pull the dealer license record from the state licensing agency and the entity filing from the secretary of state's business search. Verified entity, verified license, verified phone. Three separate systems the scammer doesn't control.

Order the NMVTIS report from a DOJ-approved provider. One useful oddity: consumers cannot buy NMVTIS data from Carfax, DMVDesk, or Experian — those three supply dealerships only. If you want the federal title record, you have to go through the approved list.

Related Articles

• Tesla’s New ‘Chip Facility’ in Austin Is Bigger Than the Pentagon — Texas Says It Cost Just $50,000
  
• Chevy Camaro as a Teen’s First Car: What the Crash and Claims Data Show

Then insist on a third-party inspection. Both the FTC and Tennessee's AG land in the same place here, and the reason it works is structural: the inspection request forces the seller to produce a physical car at a physical address on a specific day. A fictional Chevelle cannot pass that test at any price. If the seller won't allow it, you have your answer and you've spent nothing.

One more free tripwire most buyers skip: before sending a dime, call your insurer and ask them to quote the VIN. Underwriting systems will balk at a number that doesn't resolve. And think about what you're actually buying — not a car, but a chain of title. No car means no title assignment, no registration, no legal ownership, and a voluntary outbound wire that no auto or homeowners policy is going to treat as a covered loss.

Dealers reading this: publish your official domains in your site footer, state plainly that you never require wire or crypto payment, and keep your Google Business Profile current. You are the second victim in every one of these, and right now the cleanup is on you.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Hyundai's Home Market Just Cratered, But That's Not the Number American Buyers Should Care About

Hyundai moved 288,574 vehicles worldwide in August, down 14.2 percent year over year, and the company is not being coy about why. In its own release, Hyundai pinned the month on production disruption from the union's strike plus customers sitting on their hands waiting for new models. Domestic sales fell 41.1 percent to 34,333 units. Overseas sales slipped 8.5 percent to 254,241.

Run the arithmetic and the shape of the damage gets clearer than the headline suggests. Back out those percentages and Hyundai's home market shed roughly 24,000 units year over year while everything outside Korea gave up about 23,600. So a market that supplied barely 17 percent of Hyundai's volume a year ago produced right around half of the entire global decline. That is what a plant stoppage looks like in a spreadsheet: concentrated, sudden, and geographically stuck to the place the wrenches stopped turning.

Related Articles

• A Minnesota Dealer Faked ‘Certified’ Used Cars for Years — Then Told the State He’s Too Broke to Pay Victims Back
  
• An Atlanta Woman Stole $10 Million From Amazon for a Lamborghini — But the Dodge Durango Is the Real Story

The model-level detail from Hyundai's release tells you which lines went quiet. The Grandeur led domestic sedans at 5,931 units, Santa Fe topped the RV column at 3,596, Genesis managed 4,545 across G80, GV70 and GV80, and the Porter — the workhorse light truck that is essentially Korea's F-150 in social function — did 4,224. Those are Ulsan, Asan and Jeonju products. When 39,000-odd union members walk, those numbers go with them.

The comparison that actually stings

Kia, which shares a corporate parent and roughly the same supplier base, sold 266,675 units globally in August, up 5.0 percent. Its domestic tally of 40,213 was down 7.6 percent, which Kia attributed to fewer working days over the summer holiday, not to labor action. Overseas, Kia grew 7.4 percent to 225,413.

Do the subtraction. Kia outsold its considerably larger parent brand in their shared home market by 5,880 units. The global gap between the two narrowed to under 22,000 vehicles. For a company that has spent decades as the definitionally bigger sibling, that is not a rounding error, and it is entirely self-inflicted through the labor calendar rather than through anything a customer chose.

Now the part nobody framed correctly

While Korea was down 41 percent, Hyundai Motor America reported 86,977 total sales, off just 2 percent, with year-to-date volume of 620,025 running 2 percent ahead of last year. The U.S. arm sold two and a half times what Hyundai's entire domestic Korean market did.

More to the point, the American mix looked nothing like a supply-constrained company. Tucson hit 21,197 (+18 percent) and Santa Fe 13,512 (+5 percent), both best-ever August results. Elantra rose 16 percent, Sonata 44 percent. Hybrids set an August record at 33 percent growth and 29 percent of total volume, with electrified vehicles at 34 percent.

The ugly numbers in that release are all electric, and they are ugly. IONIQ 5 fell 51 percent to 3,818. IONIQ 9 dropped 42 percent to 589. IONIQ 6 sold 28 units — not 28 hundred, twenty-eight — a 97 percent collapse.

Here is why conflating that with the strike is wrong: the IONIQ 5 and IONIQ 9 sold in the United States are not built in Ulsan. Hyundai's Georgia Metaplant states plainly on its own site that it produces all IONIQ 5 models except the N, plus the IONIQ 9 and the Kia Sportage Hybrid, for the U.S. and Canadian markets. Ellabell was not on strike. Hyundai North America CEO Randy Parker attributed the comparison problem to an EV pull-ahead and to Labor Day landing inside last year's August sales month. Translation: buyers front-loaded electric purchases into an earlier incentive window, and the hangover is now showing up as a nine-tenths drop on a slow-selling sedan.

Two separate stories, two separate continents, one press cycle.

What this means if you're shopping

The practical question for an American buyer is not "was Hyundai on strike" but "where was this specific car assembled." That is knowable before you sign anything, and it is federal law that you be told. Under the American Automobile Labeling Act and its implementing rule at 49 CFR 583.5, every new passenger vehicle carries a label listing the final assembly point by city, state and country, along with engine and transmission country of origin and U.S./Canadian parts content. It can live on the Monroney sticker or on its own label, but it has to be readable from outside the car with the doors shut. Walk the lot and read it.

If the final assembly point says Ellabell, Georgia or Montgomery, Alabama, an Ulsan work stoppage has essentially nothing to do with that vehicle's availability or its dealer's willingness to deal. If it says Korea — and Palisade, which fell 18 percent in the U.S. in August, is worth checking on this point — you are looking at a pipeline that just lost weeks of output and will spend the fall refilling. Constrained supply is the natural enemy of discounting. Expect thinner incentives on Korea-sourced trims through Q4 and better leverage on domestically assembled ones.

The counterintuitive read on those EV numbers: an IONIQ 6 that sold 28 copies nationally in a month is a car with enormous dealer inventory pressure and no strike excuse. If you actually want one, this is the buying environment you wait years for.

The structural story underneath

Hyundai has been building its way out of exactly this exposure. Hyundai Motor America notes the group is investing $26 billion in the United States from 2025 through 2028, across Alabama, the Metaplant and its R&D operations. Every unit that migrates from Ulsan to Georgia is a unit insulated from Korean labor cycles — and, not incidentally, from import tariffs.

That is the real lesson of August. A decade ago, a 60-hour walkout in Ulsan would have been a genuine American supply crisis. This year it was a Korean domestic-market event that barely scratched a month in which Hyundai's U.S. hybrid business set records. Hyundai's own first-half results showed North America at 595,457 units, the region's best first half ever, with global hybrid sales up 25 percent to 353,668. The center of gravity has moved.

The union and the company have since settled. The Hyundai branch of the Korean Metal Workers' Union announced that members ratified this year's tentative agreement with 61.55 percent support, on turnout of 31,166 of 39,638 eligible members — a thin margin that tells you plenty about how the rank and file felt about the package. The terms, as announced by both sides, include a 100,000-won monthly base pay increase, a performance bonus of 400 percent of monthly salary plus 12.7 million won, 15 shares of company stock, and 500,000 won in welfare points, with a retirement-age extension from 60 to 65 contingent on Korean law changing first.

Related Articles

• Ford’s F-150 V8 Has Had a Drinking Problem Since 2018 — And It Never Once Triggered a Recall
  
• Clark Howard Just Killed His Famous Car-Repair Rule — And Blamed the Wrong Culprit

Note that Hyundai has not published its own production-loss figure. Various unattributed industry estimates have circulated; the company itself has stayed quiet on the number, which is a reasonable thing to notice before anyone treats those estimates as fact.

What is verifiable is the permanent part. Base pay increases do not expire. Neither does a retirement-age commitment. Hyundai's Korean labor cost structure is now measurably higher going into a period when the company is simultaneously funding a $26 billion North American build-out. Those costs have to be recovered somewhere, and "somewhere" historically means the transaction price on the window sticker eighteen months from now.

Hyundai says it plans to claw back share with the New Grandeur and the redesigned Avante at home. Fine. But the more interesting question for anyone reading this in a North American zip code is how quickly Ellabell and Montgomery can absorb models that still come across the Pacific. Because on this month's evidence, the answer to a Korean strike is increasingly a Georgia parking lot.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Amazon Autos Goes International in 2027, and Hyundai No Longer Has the Platform to Itself

Buried in the strategic-partnerships section of Hyundai's 2026 CEO Investor Day materials is a single sentence with more retail consequence than most of the product news around it. Hyundai's own release states that Amazon Autos will expand internationally in early 2027 — "its first market outside the United States." No country named. No launch date beyond a half-year window.

That's one of four fronts Hyundai listed for the Amazon relationship, alongside Alexa Built-in rolling out across the Hyundai lineup with Genesis to follow, AWS accelerating Hyundai's cloud and AI work, and an exploration of Hyundai fuel cell vehicles inside Amazon warehouse operations. During his presentation, CEO José Muñoz put numbers on the retail side: Amazon Autos now reaches roughly 80 percent of the U.S. market through dealer enrollment, and 78 percent of the platform's buyers are new to the Hyundai brand. Both figures come from the investor day presentation rather than the written release.

That 78 percent deserves a second look before anyone treats it as a triumph.

Conquest rate is not the same as conquest volume

In dealer language, "new to the brand" is a conquest metric, and 78 percent is a genuinely high one. Most franchise stores would kill for a channel where more than three of every four buyers have never owned the badge.

Related Articles

• Ascend Elements Got ‘Fined’ $7.5 Million by the DOJ — But Never Paid a Single Dime
  
• Venezuela Oil Deal and Gas Prices: What Drivers Should Expect at the Pump

But consider the sample. Amazon Autos buyers are self-selected shoppers who deliberately chose a no-haggle, price-posted, browse-from-the-couch channel. That population skews toward people with no existing dealer relationship, because the entire point of the channel is not having to build one. A high conquest rate is close to structurally guaranteed by the format. It tells you the channel reaches outside the loyalist base. It does not, on its own, tell you the channel is moving meaningful volume, and Hyundai did not disclose unit counts.

Amazon Autos stopped being a Hyundai showcase a while ago

Here's the part that reframes the announcement. Hyundai is publicizing the international expansion of a platform on which it is no longer the only game.

Per Amazon's own documentation, Amazon Autos now works with more than 1,000 participating dealers across over 130 U.S. cities. New-vehicle inventory spans Hyundai, Kia, Subaru, Mazda, Chevrolet, GMC, Cadillac, Jeep, Dodge and Ram. Certified pre-owned comes from Hyundai and from Ford's Blue Advantage program. Used inventory includes Hertz plus hundreds of dealers.

Rewind to the 2023 announcement at the LA Auto Show, when Hyundai was to be the first brand available in Amazon's U.S. store, and the December 2024 launch, when it was the only one. Two years later the marketplace carries three of the Detroit Three's brand portfolio, Hyundai's own sibling Kia, and two Japanese competitors.

So when Hyundai tells investors this thing is going global, what it is really saying is that its launch-partner status bought it a head start on a channel that now sells against it. Whether the international version launches as Hyundai-first again — as the U.S. did — or opens to a mixed brand set immediately is exactly the question Hyundai's release doesn't answer.

Why the U.S. version routes through dealers, and why abroad is different

Amazon states plainly that Amazon Autos is not a direct-to-consumer car store; the dealership is the seller. That's not modesty, it's compliance.

Nearly every state bars manufacturers from retailing directly. Texas is representative: the state DMV's manufacturer licensing guidance says manufacturers cannot operate, control, or own an interest in a dealer or dealership, or act in the capacity of a dealer, directly or indirectly, pointing to Texas Occupations Code § 2301.476. Amazon isn't a manufacturer, but Hyundai is, and a channel Hyundai co-designs that bypassed its franchised network would invite immediate litigation from the dealer body and the state associations.

Hence the architecture: Amazon builds the storefront, the customer configures and finances online, the deposit goes down, and the franchised dealer within 75 miles remains the seller of record and the party that hands over the keys.

Most markets outside the U.S. have no equivalent state-by-state franchise statute wall. That removes the single largest structural constraint on the U.S. design — which is precisely why an international launch could look meaningfully different from what Americans see today, and why "expanding Amazon Autos internationally" may not mean exporting the same product at all.

The thing buyers should actually know about the fee promise

Amazon says it charges customers no transaction fees or commissions, that every vehicle carries an up-front dealer-set price, and that costs are itemized down to taxes, fees and any protection products.

Worth understanding: that transparency is a commercial commitment, not a legal obligation. The FTC's Combating Auto Retail Scams Rule — which would have mandated a great deal of exactly this kind of disclosure across all dealers — never took effect. The Fifth Circuit vacated it on January 27, 2025, finding the FTC failed to issue an advance notice of proposed rulemaking as its own procedural regulations required. The court granted the petition and struck the rule.

So the itemized, no-surprises checkout you get on Amazon Autos exists because Amazon built it that way and holds participating dealers to it, not because Washington compelled it. If you leave the platform, you leave the promise.

The consumer protections are real but asymmetric

This is the part most coverage glosses over, and it matters if you're actually clicking buy.

Used and CPO purchases through Amazon Autos come with a minimum 30-day/1,000-mile limited warranty and a minimum 3-day/300-mile return policy, whichever comes first — with the fine print noting the return policy may vary in certain states. New vehicles get the manufacturer's warranty and no return right at all.

Read that again. The used car has a walk-away window. The brand-new one does not. That's the inverse of what most buyers assume, and it's a function of how titling works: once a new car is titled to you, it is a used car, and no dealer wants that unwind.

Practical consequences worth planning around:

You still need insurance bound before you can drive off, and you need it bound on a specific VIN. Get the VIN from the listing and call your carrier before pickup day, not at the dealership.

Related Articles

• Werner Trucking’s 1,400-Veteran Pledge to the White House Isn’t Even Its Biggest — That Was 2018
  
• VW Supervisory Board Showdown: Four Plants, One Veto, and a Telling Word Change

The pickup window is short — Amazon says typically within three days of ordering. If you're financing outside the platform through a credit union, start that before you place a deposit, not after.

The 75-mile search radius means the price you're shown is a local dealer's posted price, not a national one. A friend three states away may see a different number on an identical trim. No-haggle removes negotiation; it does not remove geographic price variance, and nothing stops you from checking the same configuration at a store outside the radius.

Trade-in figures generated from your own vehicle description are estimates. They are subject to physical inspection at pickup, which is a fine place for a deal to get quietly worse.

What to watch

Hyundai's investor deck is a strategy document, not a launch announcement. "Early 2027" and "first market outside the United States" are the entire disclosure.

The tell will be which market gets named. A launch in a country where Amazon already has deep retail infrastructure and Hyundai has a strong dealer network is a straightforward channel extension. A launch somewhere Hyundai is trying to build share from a weak position would signal Amazon Autos is being used as a market-entry tool rather than a convenience layer — a far more aggressive read, and one that would put every incumbent dealer network in that country on notice.

Either way, American shoppers should stop thinking of Amazon Autos as the Hyundai store. It hasn't been for a while.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ninety-two people in Richmond, Virginia woke up this week to the same discovery: a windshield in pieces on the pavement. The story making the rounds is about the man police say did it, armed, according to witnesses, with nothing more sophisticated than a handful of bricks. That is not the interesting part. The interesting part is what happens to those cars next, and how differently their owners are about to be treated by the same insurance system, for reasons that have nothing to do with what happened to them on Tuesday morning.

Richmond Police say a man walked through a parking area near East Grace and Ambler Streets in the Shockoe Bottom neighborhood Tuesday morning and, using bricks, worked his way down entire rows of parked cars. One witness told WTVR that as officers photographed the damage, she learned some were left in the windows, the bricks still sitting in the frames where they landed. Officers arrived around 11:16 a.m. and took a suspect into custody without incident. Richmond Police and VCU Police are still trying to identify and contact all of the owners.

That is the news. Here is the story: a modern windshield is not really glass anymore. It is a sensor housing that happens to be transparent. Depending on which of those roughly ninety cars got hit, and which box its owner checked on an insurance form years ago, this brick-throwing spree is going to cost some people forty dollars and other people well over a thousand, for damage that looks identical from the parking lot.

It is not the first time we have covered someone taking something blunt to a windshield out of pure anger rather than mechanical failure. A Southern California driver did much the same with a hammer to a single car. Multiply that by ninety, done inside twenty minutes, and the story stops being about one man's temper. It becomes a stress test for a repair and insurance system built to process one claim at a time, not ninety.

Start with something most drivers never think about: the glass a brick hits on the side of a car and the glass it hits in front of the steering wheel are not the same material. Side and rear windows are tempered glass, engineered to shatter into small, dull pebbles the instant they are struck, cheap to make and cheap to replace, with nothing electronic behind them. The windshield is laminated: two sheets of glass bonded around a plastic interlayer, built to crack into a spiderweb rather than fall apart, because it doubles as a structural brace for the roof in a rollover. That is why witnesses described entire rows of shattered side glass sitting next to windshields that stayed in one cracked piece.

Here is the part that actually decides what these repairs cost. On any car built in the last decade with automatic emergency braking or lane-keeping assist, the windshield is not just holding a rearview mirror. It is holding a forward-facing camera that the entire safety suite depends on, and we have written before about how fragile that single point of failure can be. Replace the windshield and that camera has to be recalibrated to the millimeter, either on a target board in a shop bay or a supervised drive on the highway, before automatic braking or lane-keeping is trusted to work again. Skip that step and the car will start and drive normally. It just will not stop itself when it is supposed to.

This is where the ninety-some owners split into two very different experiences. Comprehensive coverage, the part of a policy that pays for vandalism, theft, and weather rather than a collision with another car, is optional. Owners who paid off their car years ago and dropped comprehensive to save a few dollars a month are covering this out of pocket, in full. Everyone else pays a deductible, and in Virginia, unlike Florida, South Carolina, Kentucky, or Connecticut, there is no law forcing insurers to waive that deductible for glass claims. Bring a five-hundred-dollar-deductible policy in for a six-hundred-dollar windshield-and-camera job, and the victim of a random brick attack still writes a check.

Zoom out and there is a quieter story about the glass repair business itself. Insurance data already shows that calibration, not the sensors themselves, is what is driving up the price of routine repairs industry-wide. A single shop can typically run only a handful of ADAS recalibrations a day, since the work requires a level floor, precisely measured target boards, and a technician trained on both. Ninety near-simultaneous claims landing on the same small pool of Richmond glass shops does not just mean a longer wait for an appointment. It means some owners will spend a week or two driving around on a taped-over crack, hoping Virginia's inspection sticker does not come due before the shop calls back.

There is a myth worth killing here, too: that a claim filed through no fault of your own disappears the moment the check clears. It does not. Comprehensive claims still land in the same claims-history database insurers share with each other, regardless of who swung the brick. Shop for a new policy in two years and an underwriter will see a vandalism claim on the file, not the name of the man who caused it.

It is the same pattern we found when we dug into who actually pays for auto theft in this country. The person who commits the crime almost never pays for it. Everyone holding an insurance policy does, in premiums spread out so thin that nobody can trace a dollar of it back to one Tuesday morning in Shockoe Bottom.

The man with the bricks will face criminal charges, and that part of the story will resolve in a courtroom, probably quietly. The ninety-two windshields will not resolve nearly as neatly. Some will roll through a same-day glass swap. Others will sit in a three-week queue for a calibration bay while their owners drive around on a piece of taped-down plastic. A brick does not know the difference between a windshield and a camera mount. Your insurance company does, and it is about to sort ninety strangers into two very different bills for exactly the same crime.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Honda Already Told You It Was Coming for Supplier Costs. It Just Used Nicer Words.

There's a version of this story where a leaked internal target lands like a bombshell. There's a better version, which is that Honda stood up in Tokyo on May 14 and explained the entire program on the record, in a press release still sitting on its corporate site, and almost nobody read past the hybrid prototypes.

Go read it. Honda's 2026 business briefing is a supplier-squeeze document written in the politest corporate English available, and it tells you more about what the next decade of Hondas will be built from than any spec sheet you'll see this year.

Translating the euphemisms

Under the heading "fundamental cost reduction," Honda states that on the cost of outsourced parts, it will improve its cost structure globally by reassessing Honda-specific standards, proactively utilizing standardized components, and incorporating the competitiveness of local businesses in China and India.

Related Articles

• An Iowa Dealer Allegedly Financed the Same Cars Twice — Stellantis Just Won $5.5 Million By Default
  
• GM’s Wireless Update Failed So Badly, Dealers Now Have to Fix These 7 SUVs By Hand Before Selling Them

Unpack that sentence and you get three separate strategic bombs.

Reassessing Honda-specific standards means Honda is going through its own internal engineering requirements and deleting the ones it can no longer justify paying for. If you have ever wondered why a Honda uses a particular fastener, bracket geometry or connector that no other automaker uses, this is the culture being audited. Honda has spent decades over-specifying to its own house rules. That's a large part of why these cars survive their owners. It is also expensive, and it is now on the table.

Proactively utilizing standardized components is the flip side: buying industry-common parts off a catalog rather than commissioning bespoke ones. Honda reinforces this in its third pillar, "strategic utilization of external resources," where it commits to using industry-standard components and states plainly that on batteries, it will not pursue complete in-house sourcing at this time.

Incorporating the competitiveness of local businesses in China and India is the one worth sitting with. That is a Japanese automaker saying, in its own investor materials, that Chinese and Indian suppliers are now the cost benchmark and that Honda intends to buy from them. For China specifically, Honda says it will use locally-sourced standard components and introduce new energy vehicles built on platforms provided by local partners.

The development clock is being cut in half

The pillar that should get an enthusiast's attention is what Honda calls "Triple Half": halving development cost, development timeframe, and development workload compared with 2025 levels.

The briefing script puts dates on it. Minor model change products get their development timeframe halved starting this fiscal year. Full model changes get halved too, beginning with projects that kick off in 2028. Honda also targets roughly 20 percent improvement in production efficiency over five years.

Here's the honest analysis, and it is analysis rather than reporting: compressed validation calendars are historically where durability problems enter a program. Not always, and Honda is explicit that AI and digital environments are doing the heavy lifting in design, testing and initial production. But a halved timeframe means fewer physical prototype cycles and fewer seasons of real-world durability accumulation before job one. If you are the kind of buyer who normally jumps on a first-model-year car, the risk calculus on anything developed under Triple Half is different from the risk calculus on a Honda developed under the old clock.

What's actually coming, and when

The product side of the same document is genuinely interesting.

Honda says it is striving to cut the cost of its next-generation hybrid system by more than 30 percent versus the system introduced in 2023 — that's the two-motor setup in the current Accord and CR-V — while combining it with a next-generation platform and a newly developed electric AWD unit to improve fuel economy by more than 10 percent.

Cheaper and more efficient is not a contradiction here. Cost comes out through commonization and part count; efficiency comes from the platform and the new AWD hardware. But it does mean the current-generation hybrid driveline, as Honda built it before this program bit, is available for a finite window.

Next-generation hybrids start launching in 2027, with 15 models globally by the fiscal year ending March 31, 2030, primarily in North America. Large hybrids in the D-segment or above arrive in North America in 2029. Two prototypes — a Honda Hybrid Sedan and an Acura Hybrid SUV — were shown as going on sale within two years.

The North American manufacturing consequences

This is where U.S. owners have skin in the game.

Honda will reallocate all excess capacity at its Ohio auto plants to gasoline and hybrid production, and make every North American auto plant hybrid-capable. Part of the L-H Battery line — the LG Energy Solution joint venture — converts from EV cells to hybrid batteries.

The detail most people skipped: Honda says it will increase local content of assemblies and component parts for motors and inverters by more than four times current levels, explicitly to reduce supply shortage risk and mitigate U.S. tariff impact.

For an owner, that's the good news buried in a cost-cutting story. Motors and inverters are the expensive, long-lead electrified components. Sourcing four times more of them on this continent should mean shorter waits on out-of-warranty replacements and fewer of those repair orders where a car sits at a dealership for six weeks waiting on a container.

Honda also confirmed it has indefinitely suspended the project to build a comprehensive EV value chain in Canada, a decision it filed separately with investors the same day.

Standardized ECUs are the sleeper story

On August 31, Honda and Nissan signed an agreement to jointly develop and standardize multiple core electronic control units at the heart of next-generation software-defined vehicles, along with the in-vehicle operating system, key middleware and vehicle control software. The resulting E/E architecture is planned for both companies' vehicles from fiscal 2029 onward, with the stated goal of reduced development costs and greater economies of scale.

Two of Japan's three largest automakers agreeing to run common core computing hardware is a structural change to the repair economy, not just an engineering line item.

Think about what a module currently costs to replace after a collision or a water intrusion event. Bespoke, low-volume ECUs are expensive, back-ordered, and often dealer-programmed only, which is exactly the kind of line item that pushes a repairable car over an insurer's total-loss threshold. A shared architecture across two manufacturers roughly doubles the installed base for any given module, which is precisely the condition under which a remanufactured-parts market forms and prices come down.

Related Articles

• Honda and Nissan’s Merger Collapsed — So They’re Quietly Merging Their Computers Instead
  
• Hyundai’s American-Built Global Pickup Has One Big Problem: Nobody Knows Where It’s Actually Being Built

The countervailing risk is equally real: shared software means shared bugs, shared recall exposure, and potentially tighter gatekeeping on who's allowed to program a replacement unit. Which way it lands for independent shops will depend on decisions neither company has announced.

What to do with this

If you want a Honda hybrid built to the pre-program parts standard, you're shopping roughly now through the 2027 changeover. That is not a warning that what follows will be bad — it's an acknowledgment that Honda has publicly committed to taking more than 30 percent of cost out of the hybrid system, and cost does not vanish for free.

If you buy into the next generation, consider letting the first model year go by, particularly on anything developed on a halved timeline.

The upside for DIY owners and independent shops is worth naming too. Fewer Honda-specific standards means fewer proprietary fasteners, brackets and connectors, and more parts that cross-reference to something you can buy without a dealer parts counter. Honda's over-engineering has always been a mixed blessing at the wrench.

One caveat on the numbers circulating this week: Honda has published targets for consolidated operating profit — more than ¥1.4 trillion in the fiscal year ending March 31, 2029 — and a three-year capital allocation of ¥6.2 trillion split ¥4.4 trillion to gasoline and hybrid, ¥1.0 trillion to software, and roughly ¥0.8 trillion to EVs. It has not published a supplier-specific savings target, and its quarterly filings sit in the company's IR news archive for anyone who wants to check the math themselves. Treat unpublished figures as unconfirmed until Honda puts its name on them.

The direction, though, isn't in dispute. Honda announced it in May and signed the first piece of it with Nissan last week.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ford's newest recall covers just 10,001 vehicles, a rounding error next to the 148,663 Mustangs the company flagged for a wiring defect the very same week. But look at the model names on this one: Explorer, Bronco, Bronco Sport, Mustang, and Ranger. A three-row family crossover, two unrelated off-roaders, a rear-drive sports car, and a mid-size pickup, undone by the same failing part inside the same engine. The crack isn't the story. The reach is.

None of those five vehicles share a platform. None of them are cross-shopped by the same buyer. A Ranger owner hauling lumber and a Mustang owner chasing an apex have nothing in common, except, apparently, whatever supplier poured the pistons going into their engines this year.

The Recall, As Ford Filed It

Ford's report, filed with the National Highway Traffic Safety Administration on August 25 and searchable by VIN since August 28, covers certain 2026 Explorer, Bronco, Bronco Sport, Mustang, and Ranger models. In Ford's own words, the engine piston domes may have been manufactured incorrectly, which can crack the dome and cause a sudden loss of drive power. NHTSA has it filed as campaign 26V548000, Ford's internal number is 26S61.

A piston dome is the top surface of the piston, the part that forms the ceiling of the combustion chamber and absorbs the full force of every ignition event, thousands of times a minute, for the life of the engine. Machine or cast that surface even slightly out of spec and it doesn't fail immediately. It fails eventually, under the exact kind of repeated thermal and mechanical stress the engine is designed to survive indefinitely. That's a manufacturing tolerance problem, not a design flaw, and that distinction matters for how Ford is fixing it.

The remedy is where this recall gets more serious than the vehicle count suggests. Dealers will inspect the pistons and, if they're cracked, replace the engine's long block, which is not a patch job. A long block is a fully assembled engine core, block, crankshaft, connecting rods, and pistons already installed, ready to drop in place of the old one. It's the closest thing to a full engine swap that a warranty repair gets, and it's the kind of job that would run several thousand dollars out of pocket if it weren't covered under recall.

That repair isn't available yet, either. Ford's interim letters, the ones that simply warn owners a problem exists, are expected to go out September 4. The parts and procedure dealers actually need to fix it aren't expected until December. Owners get roughly three months of knowing their engine could crack a piston and lose power, with nothing to schedule beyond an inspection.

Why One Piston Reaches Five Nameplates

Twenty years ago, a defect like this would have stayed inside one engine family and, usually, one or two vehicles built around it. Automakers built dedicated engines for dedicated vehicles: a truck engine for the truck line, a sports car engine for the sports car. Ford has spent the last decade doing the opposite, consolidating its engine lineup so the same core hardware turns up in as many vehicles as possible, because designing, tooling, and certifying one engine family for five nameplates costs far less than designing five separate ones.

That strategy is exactly why this recall reads the way it does. Ford doesn't name the engine in its NHTSA filing, but it doesn't have to. The point is structural: whatever engine took the bad batch of pistons is now doing duty in a family SUV, two different off-roaders, a pickup, and a sports car, all at once. A single bad run at a piston supplier used to be a problem for one assembly line. Now it can surface on five of them before anyone notices the pattern.

It's also not the only piston-related issue to hit the Mustang this year. Ford opened 2026 with a separate recall covering piston circlips on the current car, a different failure mode inside the same general category of part. Two piston-adjacent engine recalls on one nameplate inside a single model year is the kind of pattern that's easy to miss when each recall gets treated as its own isolated headline.

The Same Day, Two More Recalls Landed

August 25 wasn't just piston day at Ford. The same filing date produced NHTSA campaign 26V550000, covering improperly tightened vehicle joints, and campaign 26V547000, a wiring ground-fault recall covering 148,663 Mustangs that can knock out drive power, headlights, the washer system, air conditioning, and the cooling fan in one shot. Three unrelated defects, three separate campaign numbers, one filing date.

That's not really a coincidence, and it's worth understanding why. Automakers don't file a recall the moment an engineer suspects a problem. They investigate, confirm a root cause, and then file with NHTSA, often after an internal audit or a supplier quality review turns up several issues at once rather than one at a time. When several unrelated recalls land on the same date from the same manufacturer, that date usually marks the end of an internal review, not three separate accidents of timing.

The Bronco Family's Rough Five Months

Zoom out further and the piston recall is one entry in a longer list. NHTSA's own records show the 2026 Bronco and Bronco Sport picking up a block-heater fire recall in April, a do-not-drive control arm separation recall in May, a separate loss-of-drive-power engine failure recall the same month, a fender flare recall in June, an engine compartment fire recall in July, and now the piston and joint recalls in August. That's six distinct safety campaigns against one nameplate family in five months, on top of the fire-risk recall covering more than half a million older Broncos we reported on in July, and a summer of wiper and axle-shaft recalls on the Mustang and Mach-E that added up to what we called Ford's rollaway year.

None of these are related defects. They're a wiring problem, a suspension problem, a body-hardware problem, and now an engine problem, showing up back to back on vehicles that only just reached driveways. Taken individually, each one is a routine manufacturing miss. Taken together, they describe a launch year that hasn't settled down.

What This Means If You Own One

If you own an affected Explorer, Bronco, Bronco Sport, Mustang, or Ranger, there's genuinely nothing to schedule yet beyond the dealer inspection. Federal rules require Ford to notify NHTSA quickly once it confirms a safety defect and to mail owners within 60 days, whether or not a fix has been engineered, which is why the interim letter exists as its own category of recall communication. It's not a repair order. It's a disclosure with a due date attached.

Watch for the obvious symptoms in the meantime: a check engine light, new engine noise, or a misfire under load. None of that means panic; it means a trip to the dealer sooner than December. If you want to see what else is currently open across Ford's lineup, or any other automaker's, we keep a running list.

It's worth remembering the bigger point long after this specific recall is closed out. A cracked piston used to be one engine's problem. In an industry that now builds one engine to serve five different vehicles, it's whichever five happen to be sitting on the same parts bin.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Somewhere in a public works garage or a police evidence lot, there may soon be a very expensive pile of hardware with nowhere to go. That's the bet Rep. Thomas Massie is making with the bill he filed this week, one with a name that sounds more like a bumper sticker than a piece of federal legislation: the Flock-Off Act.

Here's the part almost nobody covering this story is saying plainly. The bill doesn't ban a single camera. It doesn't outlaw automated license plate readers, and it doesn't force any police department to shut its network down if that department wants to keep paying for it with its own money. What H.R. 10221 actually does is narrower, and far more revealing about how this technology spread across the country in the first place. It cuts off the federal government's contribution to the bill.

That distinction exposes something most drivers have never considered. The cameras quietly photographing their plate at intersections, along toll corridors, and increasingly at the exits of gated subdivisions usually aren't owned outright by the agencies running them. They're rented, bundled into an all-inclusive annual subscription that covers the hardware, the software, the cloud storage and the cellular data, sold almost exclusively by one company. Flock Safety started as a Y Combinator startup in 2017 chasing car break-ins in an Atlanta neighborhood. By its own account, it was valued at $4.8 billion in 2023.

What the Flock-Off Act Actually Does

Massie (R-KY) and Rep. Eric Burlison (R-MO) filed H.R. 10221 on September 2. It prohibits federal funds from being used to purchase, install, maintain, operate, or upgrade automated license plate readers and biometric surveillance cameras, language broad enough to cover Flock's competitors, though Flock is clearly the company its name is aimed at. Agencies that used federal money for the systems would get 180 days to remove them or lose funding under whatever program paid for them, with violators required to repay the U.S. Treasury. The bill even reaches the back end of these deployments, blocking federal dollars from covering the cloud subscriptions, data storage, and data-sharing agreements that keep the camera feeds running.

Massie has framed the fight in stark terms, accusing cities that deploy the cameras of turning their communities into "a version of 1984." The cosponsor list is the more interesting tell. Alongside further-right members like Lauren Boebert, Paul Gosar, and Chip Roy sits Rep. Ro Khanna, a California Democrat, the kind of odd-bedfellows coalition that surveillance fights have produced for two decades, ever since Patriot Act reauthorization debates split both parties down the middle rather than along it.

The Subscription Nobody Told You About

Flock doesn't sell cameras the way a hardware company sells a product once and walks away. According to the company's own pricing page, a customer, whether a police department, a city, or an HOA, pays one bundled annual fee covering the devices, LTE connectivity, cloud storage, software, installation and what Flock calls automatic upgrades. Nothing is purchased outright. When a contract lapses, Flock's own FAQ describes a formal offboarding process that includes hardware removal.

Flock doesn't sell cameras. It sells a subscription to your license plate.

That detail is why the Flock-Off Act's 180-day removal clause isn't as radical as it sounds. It's asking agencies to do something Flock's contracts already anticipate happening whenever the money stops. The Auto Wire has already documented what that relationship looks like when it breaks down, including a West Virginia vandalism case where ownership was unclear, and Sen. Hawley's inquiry into Flock's camera network.

Two Carve-Outs That Give Away the Real Argument

Buried in the bill's exceptions is the clearest evidence that this fight was never really about the technology. The Flock-Off Act explicitly preserves federal funding for automated license plate readers used for one narrow purpose: collecting or enforcing tolls. It also protects funding for cameras within one mile of the northern or southern border used to interdict smuggling and trafficking. A camera that reads a plate to bill a driver for a bridge crossing stays funded. A camera that reads the same plate to alert a detective it passed a crime scene is the surveillance state Massie wants to defund.

The difference isn't the lens or the algorithm behind it. Both run essentially the same computer vision. The difference is who cashes the check.

The Part No Bill Touches

Even if H.R. 10221 clears a divided Congress, a genuine uncertainty for a five-cosponsor bill, it would only choke off one funding source. Flock's own pricing page confirms the company already sells identical hardware and software directly to HOAs, private businesses and houses of worship, no federal grant, no city council vote and no public records request required. Florida ran into the same blind spot this summer, when a push to ban police use of the cameras left the private network selling plate data to lenders and insurers completely untouched.

That's the real story hiding inside a bill named for an insult. Congress isn't arguing about whether your license plate gets watched. It's arguing about who signs the check for the privilege, and the company doing the watching has already built a business model that doesn't need Washington's money to keep collecting.

What Readers Should Remember

None of this settles the questions The Auto Wire has been tracking for months, including whether the underlying technology is even reliable, after Flock's AI misreading plates in Roseville, California, or whether the Supreme Court's recent phone-tracking rulings extend Fourth Amendment protection to a car's location history over time. H.R. 10221 doesn't touch either fight. It only decides, for a subset of cameras, who receives the invoice.

Whatever happens to the Flock-Off Act in committee, the camera on the pole outside your subdivision will keep scanning your plate at the same rate it did the day before Massie introduced it. The only question this bill actually answers is whether your city council or the federal government gets the bill.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

When we first reported on the Feeding Our Future case, a federal judge had just ordered Aimee Bock to forfeit roughly $5.2 million in assets, including her Porsche Panamera. That forfeiture order turned out to be a preview of a much bigger reckoning.

41 Years, No Parole

On May 21, 2026, U.S. District Judge Nancy Brasel sentenced Bock, now 45, to 500 months in federal prison, about 41.5 years. Because federal inmates don't get parole, the sentence functions as a life term. Prosecutors had pushed for a full 50 years, while Bock's defense argued her actions amounted to negligence rather than deliberate fraud. Brasel wasn't swayed, telling Bock she had sat at the epicenter of the scheme. Alongside the prison term, Bock was ordered to repay close to $240 million in restitution, a figure that dwarfs the $5.2 million forfeiture from the original order.

Now She's Fighting Back

Bock isn't accepting the outcome quietly. On June 16, her attorneys filed a notice of appeal with the Eighth Circuit, challenging both her conviction and the length of her sentence. Prosecutors haven't shied from noting Bock's continued lack of remorse, including allegations she used jail phone calls to funnel case documents to media and political contacts while awaiting sentencing.

Her Co-Defendant Is Still Waiting

Salim Said, the former Safari Restaurant co-owner tried alongside Bock, was convicted on multiple counts in the same trial but still hadn't been sentenced as of late August, leaving one of the case's central figures in legal limbo months after his co-defendant's fate was sealed.

The Case Keeps Growing

Feeding Our Future remains a slow-moving avalanche. Federal prosecutors have continued stacking sentences against smaller players tied to the scheme, including an August 18 sentencing tied to witness tampering during the Bock-Said trial and two more men sentenced August 26 for siphoning millions through fake meal-site claims. More than 20 defendants have now been sentenced out of the 78 charged.

Despite the scale of the prosecutions, recovery hasn't kept pace with the losses. Investigators still estimate only $50 to $75 million has been clawed back against alleged losses that could run as high as $400 million, and earlier reporting found some forfeited properties still sitting in defendants' hands rather than actually transferred to the government. It's a reminder that fraud cases involving seized vehicles, real estate, and other high-value assets, like the luxury car theft ring we covered out of North Carolina, often take years to fully unwind.

For now, the Porsche, a brand that's had its own rough year, remains the most tangible symbol of the case: a single line item in a financial cleanup that's nowhere close to finished.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Banning a part and recalling a part sound like the same government action wearing two different hats. They are not. On August 27, in Dallas, that distinction got someone killed. A 2018 Chevrolet Equinox crashed hard enough to trigger its driver's air bag, and instead of cushioning the driver, the inflator detonated, throwing metal fragments through the cabin. NHTSA confirmed the death on September 3. It's the eleventh person killed by this specific counterfeit inflator since 2020, and the federal government banned the part outright earlier this year. The ban worked exactly as designed. That's the problem.

A ban stops a part from crossing the border. It does nothing to the part that's already screwed into a steering wheel in Ohio, or Texas, or wherever else these things ended up. Understanding why requires looking past the headline number and into how these inflators got into American cars in the first place, because it wasn't through any assembly line Chevrolet or Hyundai ever ran.

What NHTSA Actually Disclosed

According to NHTSA's own consumer alert, first published September 3, the agency has now tied eleven deaths and three severe injuries to air bag inflators marked with the identifier DTN60DB, a part NHTSA says was likely illegally imported. Every prior fatality happened in a Chevrolet Malibu or Hyundai Sonata. The Dallas Equinox is the first Chevrolet Equinox death and the first vehicle outside those two models. In each case, the story is identical: the car had previously been in a crash serious enough to deploy its original factory air bag, that air bag was later replaced with a DTN60DB unit, and the car crashed again. Instead of inflating, the counterfeit inflator ruptured, sending shrapnel into the driver's chest, neck, eyes, or face.

NHTSA banned the import and sale of DTN60DB inflators earlier this year. It's worth pausing on that: it was the agency's first outright product ban in more than two decades. NHTSA doesn't reach for that tool often, because it usually doesn't need to. Ordinary recall authority is a stronger lever against a legitimate manufacturer than it is against contraband. That the agency banned this part at all says a lot about how it was classifying the problem before it ever went public.

Why a Ban Doesn't Do What a Recall Does

A conventional recall works because the automaker knows exactly which VINs got the bad part. Every Chevrolet Malibu, Hyundai Sonata, or recalled Ram 1500 that leaves an assembly line with a defective component is tied to a build record, which is how a company can mail a letter to specific owners and tell dealers precisely what to check. That system depends entirely on the manufacturer having installed the part in the first place.

None of that applies here. GM and Hyundai didn't install these inflators. Nobody did, on any factory floor. They arrived later, during a repair, through a supply chain neither automaker controls and neither one sanctioned. NHTSA has no build sheet to consult, because there isn't one. It can't send targeted recall letters because it doesn't know which VINs are affected, which is precisely why its own consumer alert reads like a plea rather than a directive, asking owners to voluntarily get inspected instead of naming names. A ban closes the front door on future imports. It does nothing about what's already inside eleven-plus cars on American roads today, and probably several more nobody has crashed yet.

How a Counterfeit Part Ends Up in a Steering Wheel

Here's the detail that should actually surprise you: none of this happens to a car straight off the lot. Every documented case starts with a legitimate prior crash, one severe enough to deploy the original air bag. That's the entry point. Once a factory air bag fires, replacing it correctly with genuine parts isn't cheap, and insurers total out plenty of vehicles over repair estimates far smaller than that. Cars that get bought back at salvage auction and rebuilt for resale by independent shops are exactly where that math creates an opening: a counterfeit inflator stamped to look like a legitimate part number costs a fraction of what GM or Hyundai charges for the real thing.

Air bags have quietly become one of the more valuable small parts on a car specifically because they're expensive to replace and easy to swap, which is the same economic logic that has made stolen air bags a real black-market problem in cities like Detroit for years. Counterfeit imports are the mirror image of that same market. Instead of stealing the real part, someone manufactures a fake one and sells it into the same repair pipeline, betting that a torn-out air bag module doesn't come with a way to verify its own authenticity once it's bolted back in.

Homeland Security, Not Just a Safety Regulator

NHTSA's advisory doesn't just tell owners to call its own hotline. It tells them to contact their local Homeland Security Investigations office or FBI field office, or file a complaint with the National Intellectual Property Rights Coordination Center, the same federal apparatus that handles counterfeit handbags, pirated software, and knockoff pharmaceuticals. That's a meaningfully different posture than a standard safety recall. NHTSA isn't treating this as a manufacturing defect that a responsible company needs to fix. It's treating it as smuggled contraband that happens to be shaped like a safety device.

Two Automakers, Three Models, and No Shared Blame

It's worth noting what doesn't connect these deaths: Chevrolet and Hyundai don't share a platform, a supplier, or an engineering team for this component. The common thread across a Malibu, a Sonata, and now an Equinox isn't anything either automaker built. It's the aftermarket repair channel that touched all three after their original crashes. That's a different shape of crisis than Takata's exploding-inflator scandal a decade ago, where a single supplier's chemistry problem eventually forced the largest recall in U.S. automotive history across dozens of brands. This is smaller in scale, but in some ways more unsettling, because there's no factory to hold accountable and no VIN list to mail.

NHTSA's willingness to escalate isn't limited to counterfeit parts, either. The same agency currently has an open investigation into Tesla's front suspension after two prior fixes reportedly failed to resolve the underlying issue, a reminder that when the agency decides a company hasn't actually solved a problem, it doesn't just close the file and move on.

What This Means If You Own or Are Buying a Used Car

NHTSA's guidance is blunt: if a used vehicle was in a crash with air bag deployment any time since 2020, and it wasn't repaired at a manufacturer's dealership, get it inspected before you drive it, by a professional, not yourself. The agency is explicit that owners should not attempt to inspect their own air bags, for the obvious reason that these are explosive devices and amateur disassembly is its own hazard.

Here's the part a lot of buyers don't realize: a clean vehicle history report will not catch this. Carfax and AutoCheck flag reported accidents and open safety recalls tied to a VIN. They have no mechanism to flag what parts a repair shop actually used to fix that accident, because that information was never public record to begin with. A car can show a prior air bag deployment, a completed repair, and a spotless recall history, and still be carrying a part the federal government has banned as lethal. The paperwork looks fine. That's exactly what makes this dangerous.

The Takeaway

A recall exists because a manufacturer got something wrong and has to make it right. A ban exists to stop something from entering the country again. Those are both useful tools, but they solve different problems, and NHTSA reaching for the second one instead of the first is itself the story here. The agency isn't chasing a defective supplier. It's chasing a criminal supply chain, one part at a time, while the parts that already made it through keep riding around in ordinary cars owned by people who have no idea they're driving with contraband behind the steering wheel. Banning a part doesn't recall it. Eleven deaths in, that gap is the whole story.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Nobody is actually getting a manual Panamera. That's the detail almost every outlet skipped on the way to the fun headline. What Porsche's Sonderwunsch division confirmed during Monterey Car Week isn't a product announcement. It's a demonstration of how a low-volume, high-margin bespoke shop keeps itself in headlines without building anything at all.

Here's what actually happened. Alexander Fabig, Vice President of Porsche Individual and Classic Cars, the division that oversees Sonderwunsch, sat down with The Drive during Monterey Car Week to unveil the Flachbau RS, a one-off 911 slantnose commissioned by an anonymous European buyer who reportedly waited three years and paid a multi-million dollar sum for the privilege. Somewhere in that conversation, a reporter asked about powertrain swaps. Fabig's answer, almost as an afterthought, was that a manual Panamera was technically possible, if a customer wanted one and paid for it.

That's the entire story. No production plan. No timeline. No price. Just a hypothetical, floated by a Porsche executive at a car show, that turned into a headline on nearly every automotive outlet online, including, now, this one.

A manual Panamera already exists, in fairness. Porsche built 146 of them between 2009 and 2013, 50 with the V6 and 96 with the naturally aspirated V8, all paired with a six-speed stick. A new one would be Panamera number 147. That number is doing more work than it looks. The manual gearbox never came back for the second-generation Panamera in 2016, and it hasn't been offered since. Porsche's own order books made that call. Not enough customers wanted to work a clutch pedal in a two-ton luxury sedan to justify keeping it on the sheet.

This is not the first time Fabig has used a car that doesn't exist as a talking point. For years, his go-to example of what Sonderwunsch could build, if pushed, was a Panamera convertible. It was never a real program, just an answer he gave in interviews when asked where the line was. He told The Drive he now plans to swap in the manual Panamera as his new go-to example. Read that carefully, and it is an executive telling a reporter, on the record, that the anecdote is a rotating prop, not a preview of what is coming.

Building a real one would not be a parts-bin job, either. The Panamera's electronics assume a dual-clutch transmission is present. Stability control, launch control, the electronic parking brake, and, on Turbo and E-Hybrid variants, the hybrid system are all calibrated around PDK shift logic. Adding a clutch pedal means a new pedal box, a reworked bell housing, and a re-flashed wiring harness. That is a low-volume engineering program, not a swap-meet special, which is exactly why Sonderwunsch's model already has the customer paying for the development, not just the parts.

Fabig said projects touching drivetrains are getting a fresh look inside Sonderwunsch, especially when talking about celebrating the manual side of life. Even so, he was careful to frame it as something being examined, not something scheduled. That distinction is the whole story, and it is easy to miss if you only read the headline.

Porsche is not alone in this game. Bentley has Mulliner, Rolls-Royce has its Coachbuild program, and Aston Martin has Q. Automakers have realized their wealthiest customers do not just want the fastest car in the segment. They want to co-author one. The difference between a factory bespoke build and an aftermarket restomod from a shop like Singer or Gunther Werks matters more than most buyers realize. A factory-built one-off keeps its factory warranty and its homologation paperwork, which affects everything from resale provenance to how an insurer writes an agreed-value policy. A garage conversion, however good, often complicates the title and the salvage history in ways a factory commission never does.

Everyone in this story gets something except the enthusiast. Porsche gets free press and a reminder that it still speaks the language of manual gearboxes, at the exact moment its showroom lineup has almost none left to sell. The eventual buyer, if one exists, gets a genuinely unique car and a story nobody else can tell. The original 146 owners get a marginally more interesting footnote for their cars. The reader hoping this means an affordable stick-shift Porsche is coming back gets nothing, because that was never on the table.

Fabig also mentioned where Sonderwunsch's real ceiling sits, and it is not horsepower or gearboxes. It is regulation. Projects built without road registration in mind can skip crash and emissions certification entirely, which is why some of the wildest commissions are built for buyers who never intend to put a license plate on the car at all. Sit with that for a moment. Some of the most extreme cars Porsche will ever build are, by design, cars you will never legally see on public roads anywhere.

Do not expect a manual Panamera to show up in a showroom, or even in a single collector's garage, anytime soon. Do expect Fabig to keep using it as his example, right up until a reporter asks what is off the table again and he finds something newer to dangle. Porsche is not really in the business of building manual Panameras. It is in the business of being asked about them.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ford has already fixed this exact brake failure once. The fix covered two trucks.

Now the National Highway Traffic Safety Administration is reviewing whether the same failure mode - intermittent loss of anti-lock braking and regenerative braking - shows up in 82,040 more of them. All 2024 Ford Maverick Hybrids. All built on hybrid hardware Ford has been recalling in pieces for three years running.

That gap between two trucks and 82,040 is the real story here. Not the collision one owner says the defect caused, not the four failed repair attempts, and not even the specific fault codes involved. The real story is that Ford's recalls have been drawing their boundaries around model years and VIN batches rather than around the physical hardware doing the failing. Whenever regulators, or an owner, or a journalist goes looking for where those boundaries stop lining up with the engineering, they tend to find gaps exactly like this one.

What NHTSA Is Actually Looking At

The agency's Office of Defects Investigation opened Defect Petition DP26007 on August 24, 2026, after receiving a petition dated July 7 that was formally logged on July 20. Per NHTSA's own summary of the filing, the petitioner alleges intermittent loss of both anti-lock and regenerative braking on a 2024 Maverick Hybrid, tied to specific fault codes, and says the condition contributed to a collision. The truck reportedly went through four repair attempts and spent more than 50 days off the road without a fix.

That petition lines up with a public complaint the same owner filed directly with NHTSA's Office of Defects Investigation. In it, the owner says active fault codes C052E and U0418, the latter a generic code tied to lost communication with the antilock brake module, were confirmed inside Ford's own OASIS diagnostic system, and that Ford denied a related warranty claim through a short letter from outside counsel. NHTSA has not verified any of these allegations, and an open Defect Petition is not a finding that a defect exists.

That distinction matters. A petition is a request for regulators to look, nothing more. NHTSA's own recall process runs from complaint screening to a Preliminary Evaluation, then an Engineering Analysis, before any recall recommendation gets written. Most petitions don't survive that path. This one might not either.

But petitions rarely arrive in a vacuum, and this one leans on something Ford has already put on paper.

One Module, Two Jobs

A Maverick Hybrid doesn't stop like a normal truck. Lift off the accelerator or touch the brake pedal, and the hybrid system first tries to slow the truck by running its electric motor as a generator, pushing energy back into the battery. Only when regenerative braking alone can't provide enough stopping power does the system hand off to the conventional hydraulic friction brakes. That handoff is managed by the same control module that also runs the antilock brake system, traction control, and stability control. It is a hybrid's busiest, least glamorous computer, and it isn't unique to the Maverick. Ford's Escape Hybrid and the Lincoln Corsair share close relatives of it, because all three share the same transverse hybrid transaxle architecture underneath.

That shared architecture is exactly why a defect confined to one badge rarely stays confined for long. When a Hybrid Powertrain Control Module software error caused Mavericks, Escapes, and Corsairs to unexpectedly shift into neutral, the recall that followed covered all three nameplates and several model years in one filing, then had to be reissued after Ford's first attempt at a fix didn't fully work. Ford clearly can write a recall that follows the shared platform instead of a single badge. It just doesn't always choose to.

Ford's Own Paper Trail

That choice is where this gets interesting. In September 2022, Ford recalled certain 2022 Maverick trucks because their ABS module could illuminate the brake lights without anyone touching the pedal, a software fault inside the same control unit that also manages the regenerative-braking handoff. Ford issued a fix. Then, in February 2025, it had to redo that same fix on a smaller batch of trucks that got it wrong the first time. Either way, the recall's boundary stayed tight around a single model year: 2022. The 2023 and 2024 trucks, built on the same platform with the same brake architecture, were never included.

Then, in November 2025, Ford filed a third recall touching this same braking hardware, covering certain 2025 Maverick and Escape vehicles whose electric brake booster ECU cover could let the circuit board overheat, causing a loss of antilock braking, stability control, traction control, or brake power assist entirely. That is close to a word-for-word match for what the 2024 owner is now alleging. The recall's population: two vehicles.

Two. Not two thousand. Two.

The petitioner cites that recall directly in a supplemental NHTSA complaint, arguing it shows a "loss of brake power assist in Maverick vehicles" was already a known failure mode before their own truck ever broke down. NHTSA has not confirmed that argument. But the paper trail is real, and it raises a fair question that has nothing to do with any single owner's bad luck: if this failure mode was serious enough to recall in a 2025 truck built on a narrow problem batch, why would the underlying design be considered safe in 82,040 trucks built one model year earlier on the same basic hardware?

A Familiar Pattern in a Familiar Genre

This is not a uniquely Ford problem, and it isn't even a uniquely brake-related one. The Auto Wire has tracked a version of this pattern all year, including a single Cadillac brake complaint that grew into a 1.16-million-vehicle investigation spanning four brands, and a Tesla suspension fix that NHTSA's files say failed twice before regulators reopened the case. In both, a manufacturer scoped its fix around the population it could prove was affected at the time, and the scope turned out to be smaller than the defect. Ford has a version of its own in recent memory, too, on the same broader vehicle family: a 273,000-vehicle recall covering EVs and hybrids whose software let the vehicle roll away out of park. Software-defined failures on shared hybrid and electric platforms keep outrunning the recalls written to catch them, because the paperwork is bounded by build dates and supplier batches, while the defect is bounded by an engineering decision made years earlier and baked into every truck that used it.

The timing is almost unkind. Ford spent much of this year running an ad campaign built around its first J.D. Power initial-quality win since 2010. A brake-control module with a three-year history of narrowly scoped fixes is not the kind of data point that campaign was built to advertise.

What Maverick Owners Should Actually Do

If you own a 2024 Maverick Hybrid, nothing about DP26007 requires you to do anything today. There is no recall attached to it, no free repair to schedule, and no confirmed defect. What you can do is stop assuming a clean model-year search tells the whole story. Check your specific VIN, not just your model year, through NHTSA's recall and complaint lookup tool, which surfaces open investigations and manufacturer communications that a basic model-year search can miss. If your truck throws a fault code tied to ABS, traction control, or brake assist, get it documented in writing at the dealer every time, even if the shop can't reproduce the problem on the spot. Intermittent electrical faults are exactly the kind of failure that gets dismissed at 20,000 miles and recalled at 200,000.

And if you're cross-shopping a Maverick Hybrid against something like a Hyundai Santa Cruz, this is a good reminder that a compact hybrid pickup's most complicated part isn't the bed size or the infotainment screen. It's the software deciding how the truck stops.

The Real Takeaway

Somewhere in Ford's records is a brake-control module design that has now been the subject of at least three separate recall filings in four years, each one drawn around a different, narrow slice of the trucks that use it. That is not proof of a defect in all 82,040 of the 2024 Maverick Hybrids now under review. It is proof that Ford's recalls have been chasing this hardware, in pieces, since the truck's first model year on the road.

A recall population is not the same thing as an engineering boundary. Ford's paperwork says the fix for this failure applies to two trucks. The hardware doesn't know that.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Stellantis idled its Mirafiori assembly plant in Turin for three days this week. If you've followed Fiat's slow-motion Italian decline over the last fifteen years, that sentence alone probably triggered a groan. Mirafiori has spent more than a decade as the industry's shorthand for Fiat's shrinking Italian footprint — a factory built to produce hundreds of thousands of cars a year that, at its worst, limped along on a fraction of that volume while workers cycled through government-subsidized furlough programs.

So when the news broke that the Fiat 500 line had gone quiet on September 2, the easy assumption was more of the same tired story.

It wasn't. And figuring out why is more interesting than the shutdown itself.

The Fiat 500 Hybrid isn't sold in the United States, and it never will be. That doesn't make this story irrelevant to American readers. The forecasting mistake behind it — betting factory capacity on the electric transition arriving faster than it has — is the same one showing up in Jeep and Ram planning on this side of the Atlantic. Mirafiori is just the clearest example so far of what happens when that bet doesn't pay off on schedule.

Stellantis told worker representatives the problem isn't weak demand for the Fiat 500. It's the opposite. Orders for the 500 Hybrid — the mild-hybrid version of Fiat's city car that returned to production at Mirafiori last November — are coming in faster than the supply chain feeding the assembly line can handle. The bottleneck traces back to Teksid, the casting and engine-component operation in nearby Carmagnola that machines the blocks and parts going into the Hybrid's three-cylinder engine. Teksid was reportedly sized around older, lower-volume assumptions, and it's now straining to keep pace with orders nobody at Stellantis apparently expected this soon.

Here's the detail that should make people sit up: Teksid isn't some anonymous third-party supplier caught off guard. Stellantis owns 85 percent of it. The company that can't keep up with Mirafiori's hybrid line is, functionally, Stellantis itself. That's not a supply-chain surprise. That's a capacity-planning miss inside the family.

The second detail worth sitting with is how modest the technology actually is. According to Stellantis's own press materials, the 500 Hybrid runs a 1.0-liter, three-cylinder gasoline engine making a humble 65 horsepower, paired with a small 12-volt lithium-ion battery and a conventional six-speed manual gearbox. There's no plug, no heavy battery pack, no exotic power electronics. This is about as unglamorous as hybrid engineering gets. And even that simple system, with its short parts list, still managed to outrun its own supply chain within ten months of launch.

For owners, that simplicity is normally the whole appeal. A 12-volt mild-hybrid system like this one doesn't carry the repair costs or insurance premiums of a full hybrid or EV battery pack. There's no need for high-voltage safety training at the body shop, and no five-figure battery replacement waiting at the end of the warranty period. It's a hybrid built to be cheap to own, not just cheap to buy — which is exactly why so many buyers wanted one, and exactly why Stellantis should have seen this coming.

That's the real story here. It's not that a factory paused for three days. Factories pause for three days constantly, for reasons that never make headlines. The story is that Stellantis, after years of retooling its European lineup and its capital spending around electrification, badly underestimated how much appetite remained for the cheapest, simplest form of hybrid it could build — and didn't leave itself enough slack in the parts chain to absorb the surprise.

Zoom out and the pattern shows up across Stellantis’s recent history. The company has been telling investors a story of shipment growth in North America, while dealers quietly absorb the consequences of that growth. It restarted Jeep Cherokee production at Belvidere as a bet on a platform strategy that, by Stellantis’s own admission, isn’t finished yet. And across the border in Mexico, “electrified” sales figures that automakers love to tout are turning out to be driven almost entirely by hybrids rather than the EVs that were supposed to carry the transition. Put those stories next to Mirafiori and a theme emerges: Stellantis keeps discovering, market by market, that customers want hybrids now more than they want the electric future the company spent the last five years engineering its factories around.

That's not a small mistake to correct. Casting capacity isn't software. You can't push an update to a foundry. Adding capacity at a plant like Teksid means new molds, new tooling, new furnace time, and months of qualification before a single usable engine block rolls out the door. Stellantis can raise its ambitions for Mirafiori on a press release timeline. It can't raise Teksid's output on that same timeline, no matter how many extra shifts get scheduled.

There's an irony worth sitting with for a second.

Italy's government has spent years pushing Stellantis to commit to building one million vehicles annually inside the country, a target company executives have repeatedly declined to promise on any firm schedule. Mirafiori's chronic idling has long been the visible proof of that gap between political ambition and industrial reality. For once, the plant isn't sitting quiet because Italy stopped buying Fiats. It's sitting quiet because, for three days, Fiat couldn't build them fast enough. That is a better problem than the one Mirafiori has had for fifteen years. It is still a problem, and it's one Stellantis created for itself by not trusting its own product.

None of this should worry a Fiat 500 Hybrid buyer waiting a few extra weeks for delivery. It should worry Stellantis shareholders and Italian policymakers considerably more. A company that can't accurately forecast demand for a car this simple — no battery pack, no charging curve, no software platform, just a small engine and a tiny battery — is a company that spent its planning energy on the wrong bet. The lesson from Mirafiori isn't that Fiat is popular again. It's that Stellantis still doesn't fully trust that popularity enough to build for it.

For fifteen years, Mirafiori's problem was that Turin built more Fiat 500s than the world wanted. This week, for the first time in a long time, the problem flipped — and Stellantis still wasn't ready for it.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

When Unifor and Stellantis sat down in Toronto on September 1 to open contract talks over the future of Stellantis' Brampton plant, most of the coverage treated it like a standard labor story: wages, benefits, a September 11 deadline, a binder exchanged for the cameras. That's the press release version of events.

Here's the version nobody said out loud that day. The federal government already paid Stellantis more than $220 million to help save the Brampton Assembly Plant. The plant is still sitting empty. And the vehicle it was supposed to build is now rolling off a line in Illinois.

That is not a labor story. That's a collections story, and the union just walked into the middle of it.

What's Actually Happening At The Brampton Table

Unifor's talks with Stellantis are the final leg of this year's Detroit Three pattern bargaining. The union already ratified new deals with Ford and General Motors, including GM contracts members voted through last weekend that push full-rate production wages to $50.20 an hour and skilled trades to $62.71, with three per cent annual raises mirroring the Ford pattern. Stellantis, covering more than 9,000 Canadian workers, was always going to be the hard one. National President Lana Payne called it possibly the union's most difficult round ever.

The reason isn't wages. It's Brampton. Roughly 2,200 members have been on indefinite layoff since the plant idled in 2023 for a retooling that was supposed to turn it into a Jeep Compass factory. Stellantis Canada president Trevor Longley points to the $8 billion the company has put into its Canadian operations since 2022. That number is real. It's also not the number that matters.

The Money Was Already Gone

Back in 2022, Ottawa and Ontario signed a joint incentive package with Stellantis worth up to $529 million and $513 million respectively, meant to retool the Windsor and Brampton plants for a mix of gas and electric production. The deal included job and production guarantees running through 2035. On paper, that looked like a standard, cautious government-incentive arrangement: money released as milestones are hit, withheld if they aren't.

Here's what most coverage of this fight has missed. Ontario actually held the line. Premier Doug Ford's government says it never released a cent of Brampton's $513 million, because Stellantis hadn't hit the job and production benchmarks the contract required. Windsor got $55 million. Brampton got nothing.

Ottawa did not hold the line. Federal accounting records made public late last year show Stellantis's Canadian arm, FCA Canada, had already collected roughly $222 million under the retooling agreement before the Belvidere decision became public: $18.6 million in fiscal 2023, $86 million in fiscal 2024, and close to $118 million more the year after that. That is real cash, already disbursed, while the plant it was funding sat dark.

Industry Minister Mélanie Joly has since opened a dispute resolution process aimed at recovering the money, with officials raising the possibility of a formal notice of default. That's an unusual place for a G7 government to end up: not negotiating a subsidy, but trying to claw one back.

A Plant Shuffling Between Two Graveyards

Here's the detail that should bother anyone who assumes Stellantis simply chose America over Canada on the merits. Belvidere, the Illinois plant now set to build the Jeep Compass, isn't a shiny new facility. Stellantis is the same company that idled it in the first place. In October, the automaker announced a four-year, $13 billion plan to grow its U.S. footprint by 50 percent, and the centerpiece was reopening Belvidere for roughly $600 million to build the Compass alongside the Jeep Cherokee, creating around 3,300 jobs.

Run the math. Stellantis is spending less to reopen a plant it already owned in Illinois than Ontario alone had pledged for Brampton's retooling. Brampton isn't losing to a better factory. It's losing to a cheaper spreadsheet, one where a mothballed asset the company already owns in Illinois pencils out better than a foreign plant tangled in tariff exposure and a government contract with actual enforcement attached to it.

The footnote buried inside Stellantis's own press release is worth reading twice: the $13 billion is subject to "the successful negotiation and final approval of development packages with appropriate state and local governments." Stellantis is running the same incentive-chasing playbook in Illinois, Ohio, Michigan and Indiana that it ran in Ontario. The company isn't allergic to Canada. It's shopping for whichever government writes the friendliest contract, and enforces it the least.

Why This Isn't Really About Wages

There's a reason a 50 percent tariff threat, which President Trump floated for January 1, terrifies people who actually build cars more than it terrifies people who just watch the stock ticker. A modern vehicle's parts can cross the Canada-U.S. border six, seven, sometimes eight times before the finished truck rolls off the line: stamped steel one way, a wiring harness the other, an engine block shipped back and forth for machining and final assembly. Tariffs don't apply once. They stack, every time a part crosses. That's the part of "reshoring" nobody selling the idea from a podium wants to explain: you can't just move a nameplate to a different zip code when the supply chain underneath it is continental, not national, and three decades deep.

That's also why Payne's warning that a full tariff regime would shut down the entire North American auto industry within a week or two isn't hyperbole. It's arithmetic.

What The Union Is Really Fighting For

This is why the Unifor-Stellantis talks matter more than a typical pattern-bargaining round. The Ford and GM deals were about matching a wage number. The Stellantis deal is about something else: whether a collective agreement carries any real weight against a company that has already shown Canadian governments its written commitments don't necessarily bind its production decisions. Unifor says Stellantis moved Compass production out of Brampton without giving the formal written notice its current agreement requires. If that holds up, it isn't a footnote. It's the whole argument for why this round is different.

A union contract can guarantee a wage. It can't guarantee a plant stays open, or that a government incentive deal gets enforced before the money is already out the door. Ottawa is finding that out three years and $222 million late. Unifor's members in Brampton are the ones actually paying for the lesson.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

When a car dealership closes, most people assume the customers take the hit. Sometimes they do. But the biggest number, the one with six zeros, almost always belongs to somebody most car buyers never think about: the bank that financed the inventory in the first place.

That is the real story behind a new federal lawsuit out of Georgia. Stellantis Financial Services, the captive lender that keeps Jeep, Dodge, Ram and Chrysler showrooms stocked with metal, is suing a closed dealership and its owner for more than $3.9 million. The defendant is not just a company. It is a person: Joe Maus.

Court records show the case, filed August 5 in the U.S. District Court for the Southern District of Georgia as Case No. 3:26-cv-00051, names both Joe Maus Dublin CDJR LLC and Joe Maus individually as defendants. It is a breach-of-contract case, not a criminal complaint. But the fact that a person's name sits on the same line as his LLC is the detail worth stopping on.

The Guarantee Nobody Explains at Closing

Here is what most car shoppers never learn, because they only ever deal with a dealership's finance office, not its own financing. Nearly every dealer who borrows money to stock a lot, what the industry calls a floorplan line, has to personally guarantee that debt. Captive lenders and banks are not just lending against the metal sitting on the lot. They are lending against the person who signed for it. If a rooftop fails, the LLC can fold. The guarantee behind it does not.

Maus is not a stranger to Southeastern car shoppers. He has spent more than a decade buying, selling and rebuying dealerships across Georgia and South Carolina. He sold his stake in an earlier dealer group, resurfaced in April 2024 to buy H&H Chevrolet in Kershaw, South Carolina, then expanded again that September by purchasing a Chrysler-Dodge-Jeep-Ram store in Dublin, Georgia, and rebranding it Joe Maus CDJR of Dublin. Less than two years later, that is the store Stellantis Financial says closed still owing millions.

Why Stellantis's Bank Can't Afford to Be Patient

None of this is happening in a vacuum. Stellantis itself just posted a $26 billion loss and watched a single recall wipe out 6% of its stock value in a single day. A captive lender owned by a parent company bleeding cash that badly cannot afford to quietly write off unpaid floorplan lines the way it might have five years ago. Every dollar Stellantis Financial claws back from a failed rooftop is a dollar it does not have to explain away later.

Floorplan financing is the plumbing nobody sees. A dealer does not buy a lot full of Wranglers and Ram trucks with cash sitting in a vault. A lender fronts the money, and the dealer pays it back, vehicle by vehicle, as each one sells. It works as long as the dealer forwards the payoff the moment a car sells. When a store is struggling, that discipline is usually the first thing to slip. Lenders call the resulting shortfall being out of trust, and it is one of the fastest ways a dealership's cash-flow problem turns into a lender's multimillion-dollar lawsuit.

A $50,000 Bond Against a $3.9 Million Hole

Here is the second thing worth knowing. Georgia requires used-vehicle dealers to carry a surety bond to get licensed in the first place. That requirement just doubled, from $35,000 to $50,000. Compare that figure to the $3.9 million Stellantis Financial says it is owed from a single closed store, and the math makes its own argument. The bond meant to protect the public, and the state, from a dealer's failure would not cover two percent of what one collapsed rooftop can cost a lender.

Georgia's Dealer Shuffle

Georgia's Stellantis-badged stores have had a rough run generally, and not always for reasons tied to Maus. A separate Chrysler-Dodge-Jeep-Ram dealership in Waynesboro shut down this year after a sheriff's investigation found its previous owner had taken in trade-ins without paying off the loans attached to them, leaving other people's lenders holding paper on cars that had already been resold. That owner blamed "national economic conditions." Google's own listing briefly, and wrongly, tied that Waynesboro store to Maus's operation before it changed hands, a mix-up his general manager had to publicly correct. Two different dealers, two different failures, one shared lesson: rooftops in this market change names and ownership faster than the public record can keep up.

Small dealer groups collapsing under floorplan debt and title problems is not an isolated story. We've covered a ten-dealership group hit with a $30 million judgment for treating floorplan and reserve accounts like a personal bank account, and title-paperwork failures elsewhere that turned into criminal charges rather than civil ones. The pattern holds: growth financed on borrowed inventory is fragile, and when it breaks, it breaks expensively for lenders and customers alike.

The headline number here is $3.9 million. What should actually worry independent dealers reading this is who else is named in the case. A dealership's sign can change hands overnight. The guarantee behind it does not care whose name is on the marquee. It only cares whose name is on the loan.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Brian Krebs remembers the moment clearly enough. He and his mother stood at a Hertz counter, handed over their driver's licenses, and waited while a clerk disappeared behind the desk with them for a few minutes to process the paperwork. It's the kind of moment nobody thinks twice about.

Krebs, a longtime security researcher, didn't think twice about it either, until he found his own license, and his mother's, sitting in a dark web marketplace with timestamps a few seconds apart, matching almost to the second when they'd handed those licenses across the counter.

That's how Krebs traced the origin of what may be the largest single exposure of government-issued identification in U.S. history: more than 153 million driver's licenses from the United States and Canada, plus over 10 million ID cards, three million passports and travel documents, and more than half a million medical cards, all listed for sale on a dark web service called Nexus. The FBI's New Orleans field office confirmed it opened an investigation into an apparent breach at idscan.net, a Louisiana-based identity verification company whose scanning technology, according to its own marketing materials, processes more than 21 million ID checks a month at over 20,000 locations.

Skip past the part where this becomes a generic cybersecurity headline, because the automotive angle is sitting right there in Krebs's own reporting, and it isn't subtle. Multiple people who helped him trace the leak, including his own family, said the only place they'd handed over a driver's license around the date on their leaked file was a car rental counter. Krebs specifically named Hertz, which idscan.net's own site lists as a client brand, alongside Target, FedEx, Motorola Solutions, Caesars Entertainment, and the financial services company Jack Henry.

That client list, it turns out, is not as solid as it looks. After Krebs's story ran, a Caesars Entertainment spokesperson told him the company has not been an idscan.net customer and has not used its VeriScan product since February 2025, despite still appearing on idscan.net's site as a client. idscan.net's response was that the incident should have no impact on Caesars. Maybe. But if a vendor is still advertising a client a year and a half after the relationship ended, the more uncomfortable question is how long it keeps that client's customer data after the relationship ends, too.

The Dealership Business Nobody Mentioned

Rental counters are only half of idscan.net's automotive business. Pull up the company's own site and click into the page built specifically for car dealerships, and the pitch has nothing to do with age checks or convenience. It's built around a single promise: stop vehicle theft before it starts.

That's not marketing fluff. Dealerships adopted ID scanning largely to fight test-drive theft, a genuinely common crime in which someone presents a real or forged license, asks to take a car around the block, and never comes back. idscan.net's own blog keeps a running list of local news stories on the subject stretching back years, everything from a woman who left a fake ID at a dealership and drove off in a customer's car to a ring that used stolen identities to walk off with a pair of Maseratis. The FBI, for what it's worth, estimates vehicle theft costs the country roughly $20 million a day.

The other reason dealers scan licenses is less about theft and more about paperwork. Any dealer who arranges financing is legally treated as a financial institution under federal law, which puts it under the Federal Trade Commission's Safeguards Rule, the same regulation that governs mortgage brokers and payday lenders. That rule requires a written information-security program, encrypted storage of customer data, and, since 2024, a formal breach-notification process. Scanning a license and running it against a database isn't just about catching a thief mid-test-drive. It's also how a dealership builds the paper trail regulators expect when loan fraud shows up, and it does show up: a Ventura, California Jeep dealer recently got sued by Santander over allegations it sold fraudulent loans, one recent example of how ugly that fight can get even without a stolen identity involved.

Dealerships don't exactly need outside help generating fraud headaches, either. Plenty of dealer owners have managed that fine on their own.

The Irony Nobody at the Company Wants to Discuss

There's a detail in Krebs's reporting that's almost too on the nose. idscan.net's own blog post cataloguing test-drive fraud, the one warning dealerships about criminals using fake IDs to steal cars, was written by Jillian Kossman, the company's marketing and operations lead. When Krebs emailed idscan.net asking what happened to the 153 million real IDs sitting in its systems, the person who answered was, once again, Jillian Kossman. She told him she couldn't share details while the investigation was ongoing, but that his findings had been "welcome, and helpful."

idscan.net has not, as of this writing, published its own breach notice. That's worth noting mainly because the company markets itself, in its own words, as the fix for exactly this kind of exposure.

Why This Is Bigger Than One Vendor

Zoom out and the uncomfortable pattern is that identity verification, the industry built entirely around stopping fraud, has become one of fraud's biggest single targets. It makes sense once you think about it. A company that verifies IDs for car rental counters, marijuana dispensaries, casinos, and dealerships in one shared system is sitting on exactly the kind of concentrated, cross-industry data set that used to take criminals years to assemble one breach at a time.

Organized theft rings already lean on forged paperwork to move stolen cars across state lines long before anyone gets to a rental counter. A dataset like this one doesn't need to be assembled from a dozen separate hacks anymore. It's already assembled.

We've already covered a case where a cloned VIN let a stolen Nissan Rogue sail through a clean Carfax check, right up until it didn't. A leak like this one works the same way on identity instead of paperwork. Everything checks out, until the moment it doesn't.

What To Actually Do About It

If you've rented a car, financed one, or visited any business that scans IDs for compliance reasons in the past year or two, there's a reasonable chance your license is part of this. The FTC's identitytheft.gov recommends checking your credit reports, considering a credit freeze, and reporting any fraud you find.

If you're on the business side of this, a dealership, a rental franchise, or anyone who outsourced ID verification to a third party, this is also the moment to ask your vendor, in writing, how long it retains scanned images after a transaction closes. Because apparently no longer being a customer is not a guarantee your customers' data left with you.

The next time someone behind a counter asks for your license and disappears with it for a few minutes, remember what that wait is actually for. It was never really about verifying who you are. It was about creating a permanent copy of who you are, sitting on a server somewhere, for as long as somebody else decides to keep it.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

On September 2, Uber's newsroom quietly published two stories within hours of each other.

One announced that roughly 3,300 people were losing their jobs.

The other announced that Londoners could now hail a Ford Mustang Mach-E with nobody meaningfully driving it. Read separately, they're unrelated news items.

Read together, they're the same story.

CEO Dara Khosrowshahi's internal memo, posted publicly the same morning, framed the cuts as an org-chart exercise: flattening management layers, eliminating micro-teams of one or two people, folding three separate delivery divisions into a single structure, and ending remote work for all but about 1% of staff.

Khosrowshahi wrote that Uber had accumulated structures that made sense when businesses were smaller but no longer serve the company well at its current scale. Fair enough. Most companies eventually say some version of that.

What the memo didn't spell out in dollars is where the savings actually go. Khosrowshahi gave a hint, writing that the changes would free up capital to build what he called the autonomous future.

A few hours later, Uber and UK startup Wayve announced that supervised autonomous rides had gone live across London, the first time the public could hail a self-driving car anywhere in Britain. The vehicle underneath that launch: a Ford Mustang Mach-E, retrofitted with Wayve's AI Driver system.

Here's the detail worth sitting with. Wayve didn't build its first UK robotaxi on a Mustang because it's a Mustang. It built it on a Mach-E because the Mach-E is an EV.

Electric vehicles already steer, brake, and accelerate through electronic controls rather than hydraulic or mechanical linkages, because that's how regenerative braking and one-pedal driving work in the first place. Bolting a computer onto a system that's already wire-controlled is a dramatically shorter engineering path than retrofitting a car that still relies on a hydraulic brake booster or a physical throttle cable.

That's a big reason the entire autonomous vehicle industry has clustered around electric platforms. It's less about optics and more about which cars are already halfway to being robots.

The second detail is the word supervised. Every Wayve vehicle running on Uber's London network still carries a trained, TfL-licensed private hire driver, there specifically to intervene if the AI Driver gets something wrong. London's first public robotaxi still has a professional driver in it.

That's not a marketing footnote. Full driverless operation clears a much higher regulatory bar than supervised operation, and insurers price liability very differently depending on who, or what, is legally in control at the moment of a crash.

Amazon's Zoox is still working through that exact question with regulators on its steering-wheel-free robotaxi, and Waymo has already learned the hard way what happens when the software misjudges something as basic as standing water.

Uber, for what it's worth, already runs one of the largest driver-monitoring operations in the country, right down to pitching rideshare dashcam footage to outside surveillance companies. Swapping a monitored human for a supervised AI doesn't eliminate that monitoring problem. It just relocates who, or what, is being watched inside the car.

So what did Uber actually trim 3,300 jobs to pay for? Not the vehicles, Uber doesn't build them. Not the driving software, Wayve built that. Not even the safety driver in the seat, who isn't an Uber employee.

What Uber cut was coordination: the managers, the go-between teams, and the layers of approval required to run a company that grew by orders of magnitude over the last five years. That's the actual trade being made. Uber is betting its next phase needs fewer people managing people and more capital flowing into outside partnerships, Wayve in London, Waymo and others elsewhere, that scale with rides instead of headcount.

Detroit already ran this experiment and walked away from it. Ford shut down its in-house self-driving unit, Argo AI, back in 2022. GM spent billions building Cruise before winding down its robotaxi ambitions.

Both companies reached the same conclusion Uber's org chart just acted on: building the driving software is a technology company's job, not a car company's, and definitely not a rideshare app's regional operations team's job either. What's left for the automaker is the hardware, and increasingly that hardware just needs to be a good EV platform that somebody else's sensors can be bolted onto. Ford, for now, seems content to just sell the car.

There's an irony worth noticing here. The Mustang name was built on the idea of a driver in control, a car sold on how it felt to steer, shift, and occasionally step out of line. That badge is now pulling supervised robotaxi duty on some of the most complicated streets in Britain.

The car's identity didn't change so much as Uber's definition of driver did. A rideshare platform never needed its drivers to be employees. Now it doesn't even need them to be human. It just needs someone, or something, licensed to occupy the seat.

The 3,300 number will fade by next week's news cycle. What shouldn't: Uber didn't shrink itself to save money on drivers. It shrank the layers of itself that coordinate humans, while carefully, deliberately, leaving the layer that still requires a human in the actual car untouched, for now. That gap, between an org chart that got leaner and a driver's seat that didn't, is where the next five years of this industry gets decided.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Alabama's economic development office is celebrating another win this week: Honda is pouring more money into its engine plant in Lincoln, Talladega County will eventually collect new tax revenue, and 200 people will get jobs paying an average of $30.25 an hour. That's the headline every outlet covering this story ran with.

It's also the least interesting part of the deal.

The real story is buried in one dry phrase tucked into the county's approval paperwork. The expansion, records show, will increase engine plant capacity and "enhance model flexibility." That bland phrase is doing a lot of work. It is the sound of Honda backing away from a bet it made on electric vehicles, and it is happening inside the same factory that already builds the company's least electrified, most profitable vehicles in North America.

Here's what's actually on paper. The Talladega County Commission approved a 10-year, $11.2 million property tax abatement on July 24 for a $472 million expansion at Honda Manufacturing of Alabama in Lincoln. Three weeks later, the Alabama Department of Commerce disclosed the state's side of the deal: a $46 million investment tax credit and roughly $4.2 million in jobs tax credits, combined state incentives north of $50 million. Add the county's piece, and taxpayers are underwriting more than $61 million of a project Honda most likely would have built anyway.

Two hundred jobs at those wages is genuinely good news for Talladega County. It's also a rounding error for a plant that already employs more than 4,500 people and has absorbed north of $2 billion in Honda's investment over two decades. What actually changed here isn't headcount. It's the engine line itself.

This isn't even the first time Honda has called an upgrade to this plant "flexible" and meant something bigger by it. In 2015, Honda opened a $71.4 million automated engine facility in Lincoln that it called the most advanced of its kind anywhere in the company's global footprint, built to keep pace with an SUV boom nobody saw slowing down. A decade later, Honda is retooling again, this time to hedge against a very different kind of uncertainty.

Three months before Alabama disclosed those incentives, Honda's global CEO stood in front of reporters in Tokyo and admitted something remarkable: Honda posted its first annual loss in nearly 70 years, driven in large part by EV-related writedowns. In the business briefing that followed, Honda didn't just trim its EV budget, it gutted it, cutting planned EV investment roughly in half, from 10 trillion yen to about 7 trillion yen, and redirecting the difference toward gasoline and hybrid vehicles. Honda said it will make every one of its North American plants capable of building hybrids, will convert part of a joint EV battery plant with LG Energy Solution to hybrid battery production, and, this is the detail that matters for Lincoln, will launch new large hybrid models, "D-segment or above," in North America starting in 2029.

D-segment or above is corporate shorthand for exactly the vehicles built in Lincoln, Alabama: the Pilot, Passport, Odyssey, Ridgeline and Acura MDX. None of them currently offers a hybrid variant. Toyota's equivalent lineup, the Highlander, Grand Highlander and Sienna, has for years. That gap has cost Honda sales in the one segment where hybrid demand is strongest, and most profitable.

That's why "enhance model flexibility" is the phrase worth circling. In manufacturing terms, it typically means retooling an engine and assembly line so it can build more than one powertrain configuration without a full shutdown, swapping in electrified components, hybrid transaxles or motor-generator hardware on the same line that currently machines V6 blocks. It's a hedge, not a leap. Honda gets to add hybrid capability without betting an entire plant on hybrid demand materializing at the volume it needs. If Honda's last three years with EVs taught it anything, it's that demand curves move faster than factory floors can.

There's a second detail worth pausing on: that $30.25-an-hour average wage. Honda Manufacturing of Alabama has never had a union. But its pay scale has moved almost in lockstep with the United Auto Workers' 2023 contract with Ford, GM and Stellantis, which delivered raises of roughly 25% over four years. Toyota, Honda, Hyundai and other non-union transplants all raised pay within months of that contract, not out of generosity, but to keep organizers out of their parking lots. Alabama's newest Honda jobs are a direct, if indirect, dividend of a union deal signed a thousand miles away in Detroit.

Zoom out further and the irony gets richer. Alabama has approved 23 separate incentive packages in 2026 alone, worth roughly $323.6 million in tax credits tied to $4.4 billion in new capital investment, much of it chasing the same electrified supply chain that automakers are now, in Honda's case explicitly, walking back. Ohio and Kentucky have already lived through the other side of that trade, watching battery plants sit half-built or idle when EV demand didn't show up on schedule. States spent the last five years competing to hand out incentives for battery plants and EV assembly lines. Now some of that same incentive machinery is funding the retreat from it.

Nobody in this deal is doing anything illegal, or even unusual. Alabama's incentive statutes don't distinguish between a plant built for EVs and a plant retooling away from them. But it's a tidy illustration of how little control public incentive programs actually have over where the underlying technology goes.

None of this makes Honda's move wrong. Reallocating capital toward vehicles people are actually buying, rather than ones regulators wanted them to buy, is basic business discipline. But it's worth being honest about what got announced this week. Alabama didn't win an EV factory, a new nameplate, or even much of a jobs number. It won a front-row seat to watch a 70-year-old automaker quietly pour concrete under its own retreat.

The state is calling this a jobs announcement. Honda is calling it fixing a mistake. Only one of those descriptions is going to matter in 2029, when a hybrid Pilot everyone was missing finally rolls off a line that Alabama taxpayers helped pay for.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.

Ford Motor Credit and Stellantis Financial Services don't agree on much. They compete for the same buyers, the same dealer floor space, and the same slice of America's new-car business. But this spring, both companies filed lawsuits, days apart, against the same tiny dealership group in eastern Iowa, and for a few months they were effectively running the same investigation.

That should tell you something. When two rival automakers' finance arms start comparing notes like fraud investigators, the story isn't really about the money anymore. It's about how deep the crack in the system actually goes, and who falls into it while the lawyers argue over the numbers.

The lawyers eventually got their numbers. Stellantis walked away with a default judgment worth nearly $5.5 million in August. Ford Motor Credit's own suit, filed days after Stellantis's, is still working through Iowa courts over roughly $6.6 million tied to Sky Auto Mall's Newhall store. Add it up and the two companies were fighting over more than $18 million, which is a strange thing for two rivals that otherwise spend their marketing budgets trying to poach each other's customers.

Here's who didn't get anything close to $18 million: David Guynn, a guy from Grundy Center, Iowa, who traded in a Jeep Renegade for a Jeep Cherokee at Sky Auto Mall in February. Guynn did everything a normal customer does. He signed the trade-in paperwork. He drove off in the new Jeep. He assumed the Renegade, and the loan attached to it, was no longer his problem.

Then a bill showed up in his mailbox.

Wait, The Dealer Didn't Actually Pay It Off?

For a few weeks, it looked like it had. Guynn's paperwork showed the Renegade's loan was paid off on March 3. Then, on March 12, that payoff got reversed. Suddenly he was on the hook for a car sitting on a dealer's lot he no longer had, on top of the new loan for the Cherokee he was actually driving. "A car loan that you have, you don't even have a car for" is the kind of math that doesn't add up, Guynn told a local news crew.

The timing is not a coincidence. March 12 sits right in the middle of the same stretch when a Linn County judge let Stellantis start hauling inventory off Sky Auto Mall's lots and the dealership's finances were unraveling in open court. When a dealer's bank account gets frozen or drained by a lender that just won the right to seize everything on the property, the payoff check it wrote weeks earlier doesn't care how sympathetic the customer's case is. It just bounces.

That detail is worth sitting with, because almost nobody outside eastern Iowa is talking about it. Floor-plan fraud sounds like a wholesale problem, something that happens between banks and boardrooms, measured in eight figures and settled in front of a judge who never sees the actual cars. But the same mechanism that allegedly let Sky Auto Mall borrow against dozens of vehicles from two different lenders at once is the mechanism that failed a guy trying to trade in a Jeep. It is the same firehose of cash, just spraying in the wrong direction.

The Trade-In Blind Spot Most Buyers Never Think About

Here is the part every car buyer should actually take from this story, and it has nothing to do with fraud. It has to do with how trade-ins work at any dealership, including an honest one. When you trade in a vehicle, you are not automatically off the loan the moment you drive away in something newer. The dealer promises, in writing, to pay off your old loan using proceeds from the new deal. Most states give dealers a window, commonly somewhere between ten and forty-five days, to actually send that payoff to your old lender. Until the check clears and the lender confirms a zero balance, your name and your credit are still attached to the old loan.

In a healthy dealership, that gap is invisible. The payoff goes out, the old lender applies it, and nobody outside the accounting office ever thinks about it again. In a dealership that is quietly insolvent, or operating under a court order to stop moving money, that gap is exactly where a customer gets stranded. Guynn did not lose money to a scam aimed at him personally. He lost it to timing, and to a payoff window built for a dealership that was still solvent the day he signed his contract. It is not the first time a captive lender's back-office plumbing has left ordinary drivers holding paperwork they never asked for; Nissan's own captive lender is still refunding lease customers it overcharged for years on buyouts nobody double-checked.

The lesson is not "never trust a dealer." It is that a payoff letter is not proof of anything until your old lender confirms, in writing, that the balance is zero. Keep making payments on the old loan until that confirmation exists, even though it feels redundant. It is far cheaper than fighting a repossession, or a derogatory mark on your credit report, over a car you do not even own anymore.

Two Rivals, One Shared Problem

The other detail worth remembering is how fast Ford and Stellantis moved once one of them spotted the pattern. According to court filings, Stellantis alerted Ford in February. Ford Credit then compared its own list of floor-planned vehicles against Stellantis's and says it found 81 units that had allegedly been pledged to both companies for financing at the same time. In one of its own filings, Ford's attorneys did not hedge: this, they wrote, is "one of the largest floor-plan-financing frauds in the history of the United States."

That is a remarkable sentence for a Ford Motor Credit attorney to put in writing about a two-rooftop dealer group in a county of roughly 230,000 people. It is also a reminder that captive finance arms, for all their brand rivalry on the showroom floor, share a back-office incentive that has nothing to do with selling more trucks or Jeeps: none of them want the next Sky Auto Mall showing up on their own books, so when one catches a pattern like this, tipping off a competitor is cheap insurance against being the next headline.

None of that history helps David Guynn sort out his Jeep situation. He is still looking for a lawyer. Ford and Stellantis have plenty of theirs. And Sky Auto Mall, whose default judgment closed out one chapter of this story, is far from the only dealer group The Auto Wire has covered this year turning out to be less trustworthy than its showroom suggested: a Minnesota dealer's fake certified used cars, a Walser Automotive scheme built around Montana LLCs, a Ventura Jeep store Santander says sold it fraudulent loans, and a $30 million judgment against a dealer accused of treating ten stores like his personal ATM.

The Part Worth Remembering

Two of the largest automakers on earth spent months and millions of dollars in legal fees fighting over financing paperwork most drivers will never see. That fight will resolve itself eventually, on paper, the way corporate disputes usually do. What will not resolve itself nearly as neatly is the fact that an ordinary trade-in, the single most routine transaction in the entire car business, carries a quiet window of risk that most buyers never learn about until a dealership's much bigger fraud blows it wide open.

The $18 million fight was always going to end in a settlement or a judgment. David Guynn's fight started with a piece of mail he never should have gotten.

Join our Newsletter, follow our Instagram page, and connect with us on Facebook.