15 Sep 2026, Tue

China’s Draft Law Would Fine Automakers, Not Drivers, for Self-Driving Violations

a close up of the front wheels of a sports car

Beijing just answered the question every automaker building self-driving cars has been dodging: when the machine breaks the law, who gets the ticket?

The answer, under a draft rewrite of China’s Road Traffic Safety Law, is the company that built the car. Not the person in the seat. That provision sits inside a brand-new chapter on autonomous vehicles that the State Council sent to the National People’s Congress Standing Committee for its first reading on August 25, presented by Justice Minister He Rong. It’s the first systematic overhaul of a law that has been on the books since 2004 and has only ever been tweaked at the margins, in 2007, 2011 and 2021. The draft runs nine chapters and 170 articles, and public comment on it closes September 26.

Four days ago the industrial side of the house landed too. Nine ministries, led by the Ministry of Industry and Information Technology, issued the Five-Year Plan for intelligent connected new-energy vehicles, document number 305 of 2026, signed September 9. Read the two together and you get something no other government has assembled: a production mandate and a liability regime pointed at the same target date.

What the law actually says

The draft defines an autonomous vehicle as one that continuously performs the entire dynamic driving task in place of a human within its design operating conditions. An assisted-driving function handles only part of that task. That distinction does all the work.

Turn the autonomous function off, or buy a car that only has driver assistance, and you’re governed exactly as you are today. Every crash, every speeding ticket, yours. Given that Xinhua reports L2 combined driver-assistance penetration in Chinese passenger cars has hit 70.5% this year, that’s the situation for the overwhelming majority of drivers on Chinese roads right now.

But when a genuine autonomous function is engaged and the car commits a traffic violation, the manufacturer or importer takes the hit. And here’s the part that deserves more attention than the headline: if the company wants to argue the violation had nothing to do with the autonomous system, the burden of proving that falls on the company. Not the driver. Not the police.

That single sentence reorganizes an entire engineering discipline. To mount a defense, an automaker needs logs that survive forensic scrutiny: system state, activation timestamps, sensor health, driver input, the moment the operational domain was exited. Event data recording stops being a compliance checkbox and becomes the legal department’s primary asset. Expect vehicles sold in China to log more, log it longer, and log it in formats designed to be read by a third-party appraiser rather than a dealer technician.

There’s more machinery in the chapter. An autonomous vehicle can’t legally drive on public roads until it passes a traffic-rule compliance test and gets registered. Manufacturers must engineer the system so it physically cannot be activated outside its design operating conditions, which in practice means geofencing that fails closed, sensor self-diagnostics that lock out engagement on a dirty or misaligned lidar, and map-validity checks that refuse to hand over control when the data is stale. Compulsory traffic accident liability insurance gets extended to autonomous vehicles, with the State Council writing the details. After a crash, traffic police can pull vehicle data directly, and any inspection or appraisal has to go to a properly credentialed institution rather than the automaker’s own lab.

And no one, company or individual, may alter the autonomous function without authorization. If you were hoping to flash your way around a geofence or bolt on a third-party module that extends hands-off operation, that door is being welded shut. The same chapter bars manufacturers from false or exaggerated advertising of autonomous capability, which is a direct shot at the “smart driving” marketing arms race that Chinese brands have been running for three years.

The industrial half

The Five-Year Plan sets a “1+4” target structure aimed at 2030. Domestic new-energy passenger cars are supposed to reach 70% of new passenger-car sales, commercial vehicles 40%. Highly automated driving is meant to be in production use on highways, urban expressways and selected city streets. Vehicles carrying autonomous systems are expected to deliver safety performance substantially above human drivers, which is the closest thing anyone has written into policy to a pass/fail bar for deployment.

The efficiency numbers are the quiet forcing function. Average passenger-car fuel consumption of 3.3 L/100 km, and average electricity consumption for battery-electric passenger cars around 11.5 kWh/100 km. No conventional powertrain mix gets to 3.3 liters. That figure is an electrification mandate wearing a lab coat.

Buried in the same plan is a line that should interest anyone who has priced a bumper replacement lately: an explicit instruction to bring repair costs down and improve repair service capability. Regulators don’t write that sentence unless insurers and body shops have been screaming. A modern Chinese EV carries radar in the bumper, cameras in the windshield, lidar in the roofline or the fender, and a structural battery pack that turns a moderate underbody strike into a total. Every one of those sensors needs recalibration after a repair. The plan also calls for better battery cycle life, low-temperature performance and charge rate, which matters more for residual values than any horsepower figure.

Why this is different from the American approach

The US federal government regulates the vehicle. NHTSA’s own materials describe the split plainly: federal oversight covers safety standards, exemptions, defect investigations and research, while states handle driver licensing, traffic laws, registration and inspection. That means the question of who receives a citation when an autonomous system runs a red light is answered fifty different ways. NHTSA has spent the past year streamlining exemptions rather than allocating fault, which is a legitimate policy choice but leaves the liability question to litigation.

China is doing the opposite, and doing it alongside a hard technical floor. GB 44721-2026, the mandatory national standard for autonomous driving system safety, was approved on July 30 and takes effect July 1, 2027. It covers L3 and L4 systems on passenger and goods vehicles, excludes automated parking, and replaces a voluntary 2024 standard with a compulsory one. Certification runs through enterprise capability review, a safety dossier audit and confirmatory testing at proving grounds, on public roads and in simulation.

What owners and buyers should take from this

If you drive in China, nothing changes for you yet. The draft is in comment, and your L2 system is still legally your problem. Keep your hands on the wheel and your eyes up, because the same draft raises penalties for distracted driving that causes a crash to a fine plus a possible three-month license suspension.

If you’re shopping, the useful signal is going to be the words on the window sticker. Once the advertising provision takes effect, a manufacturer claiming true autonomy is claiming the tickets too. Marketing departments will discover restraint very quickly.

And if you work anywhere in the global supply chain, note the timing. Chinese-built autonomous vehicles will be engineered from the ground up around forensic logging, hard operational-domain lockouts and manufacturer-side liability. Those vehicles export. The legal defaults built into them travel to every market that buys them, and no one in Brussels, Washington or Tokyo voted on that.

When the software is doing the driving, who should get the ticket — the automaker that wrote it, or the person sitting behind the wheel? China just picked a side. Did it pick the right one?

By Eve Nowell

Eve Nowell is a writer at The Auto Wire, where she covers industry news, new vehicle launches, and the bigger shifts changing how we get around. Her thing is taking the complicated stuff—manufacturer strategy, new regulations, the latest tech—and making it actually make sense. She's especially curious about how innovation, what buyers want, and changing policy all collide to shape what automakers put on the road next. She reports with an eye for detail and a knack for writing coverage that works whether you're a hardcore enthusiast or just someone trying to figure out their next car. You'll find her writing about industry news, new vehicle announcements, market trends and manufacturer strategy, EV tech, and the policy and regulation side of the business.

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