A Tesla Model Y ended up inside an Arlington, Virginia hair salon this month, and the woman who was only test-driving the car is now suing Tesla for more than ten million dollars. The easy version of this story writes itself: a sinister-sounding acceleration mode did exactly what its name promised, and chaos followed. That version is also wrong.
The more interesting question isn’t what Insane mode did. It’s who decided the car should already be in it before a first-time driver ever touched the wheel.
According to the lawsuit, Alemzewd Lawgalet visited a Tesla store to test drive a Model Y and asked for a salesperson to ride along. She was sent out alone instead, after being told the car handled like any gas-powered vehicle. A few minutes in, the Model Y’s regenerative braking, the system that slows the car the moment a driver’s foot lifts off the accelerator, caught her off guard. Uneasy, she turned back toward the dealership. At a red light along the way, she pressed the accelerator. The car, allegedly still set to Insane mode from before she ever got in, lurched forward and into the storefront of a hair salon. She was hospitalized with serious injuries.
Here’s the detail that got buried under all the coverage of the mode’s dramatic name: a Tesla does not decide to become Insane on its own. Per the vehicle’s owner’s manual, a driver has to open the touchscreen, navigate through Controls, then Dynamics, then Acceleration, and manually select it before the car will supply what Tesla’s own manual calls “the maximum level of acceleration immediately available.” It isn’t a hidden trap the car springs on a driver. It’s a setting, closer to a thermostat than a landmine, and somebody has to physically touch it first.
So somebody did. Whether that was a Tesla employee prepping a demo unit or a previous test-driver who never switched the setting back, the car did not arrive at its most aggressive state by accident. That’s the actual failure being alleged here, and it has nothing to do with software. It’s a process failure, the same one that has embarrassed dealerships selling Dodge Hellcats and Corvette Z06s for years: nobody resets the demo car between customers, and eventually a customer who has no idea what “launch mode” means finds out the hard way.
Electric cars make that old mistake more dangerous, and here’s why. A gas-powered performance car gives an unfamiliar driver a warning before the violence starts. The engine has to rev. A transmission has to kick down, or a clutch has to bite. A turbo needs a beat to spool. All of that lag is technically a flaw, but it doubles as an accidental safety feature: it buys a startled driver a half-second to recalibrate before peak power arrives. Tesla’s motors don’t work that way. Full torque is available from a dead stop, silently, the instant the pedal is pressed. There’s no rev to warn a driver and no delay to react to. The car doesn’t build up to speed. It’s just suddenly there.
That gap between how gas cars and electric cars communicate their own intentions is the real engineering story hiding inside this lawsuit, and Tesla’s own marketing has arguably worked against it. Naming an acceleration setting “Insane,” then following it with “Ludicrous” and “Ludicrous+,” makes for a great product reveal onstage. It also hands plaintiffs’ attorneys a gift: a company document, in Tesla’s own words, describing its car’s behavior in terms a jury doesn’t need an engineer to understand. A Camaro’s “Track Mode” doesn’t carry that baggage in a courtroom. “Insane” does.
There’s also a quieter irony here, one regulators have already wrestled with twice. Earlier this year, the National Highway Traffic Safety Administration closed a multi-year defect petition alleging that Tesla’s one-pedal driving setup, the same regenerative braking Lawgalet says confused her, made pedal misapplication more likely across more than two million vehicles. NHTSA declined to order a recall. Its reasoning, consistent with a similar petition the agency rejected back in 2020, was that the vehicles were behaving as designed and that the incidents pointed to driver confusion rather than a mechanical defect. That’s not a comforting outcome for anyone hoping this crash exposes some previously hidden flaw in Tesla’s controls. The agency has looked at this exact mechanism twice now and reached the same conclusion both times.
None of that clears Tesla of responsibility here, and it shouldn’t. Virginia is one of the states that fought hardest against Tesla’s direct-sales model, capping how many company-owned stores it could even operate there. That old fight matters now for a reason nobody was thinking about at the time: because Tesla sells its own cars through its own employees, there’s no independent franchise dealer standing between the company and a bad test-drive decision. When a salesperson at a Ford or Chevrolet store makes a mistake, that’s a franchisee’s liability problem first. When a Tesla employee does it, it’s Tesla’s, directly, with no buffer in between. That’s the tradeoff of cutting out the middleman: Tesla controls the entire buying experience, and it also owns every mistake made inside it.
This isn’t the first Tesla product-liability case that turns out to be less about the car’s engineering and more about decisions made around it before a crash. A recent Cybertruck fire lawsuit made a similar argument about door systems. A Rivian recall investigation shows how often an automaker’s first explanation shifts once outside investigators start asking their own questions. And Tesla knows better than most automakers how a clean regulatory finding can still arrive at the worst possible time, as last month’s NTSB report on a fatal Katy, Texas crash demonstrated.
Insane mode will get the headlines here, the same way it did within hours of the lawsuit being filed. But the mode worked exactly as Tesla built it and exactly as its manual describes it. The uncomfortable question this case actually raises is far more mundane, and far more damning: before you hand a stranger the keys to a car that can hit 60 mph in three seconds, whose job is it to check what mode the car is in?
Right now, at Tesla, the answer appears to be nobody’s.