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April 26, 2026 – A luxury Chinese electric minivan priced at roughly $150,000 is facing questions about a very basic safety issue after independent media tests found that its brake pedal bracket can crack during a hard emergency stop from 62 mph (100 km/h). The vehicle is the Maextro V800, built by JAC’s upscale sub-brand. Chinese outlet Dongchedi carried out the test on three separate cars and reported the same structural failure in every one, prompting Maextro to promise a redesigned bracket and a free replacement program for owners.
Chinese EVs have long been seen as the best bang-for-buck in the global car market. Government support, dense supply chains, and fierce domestic competition have made feature-rich electric cars remarkably affordable, often for thousands less than equivalent Western models. That reputation has made Chinese brands the center of attention both at home and in export markets.
The Maextro V800 advances a different argument. It is neither cheap nor understated. With a sticker price north of $150,000 in China, the V800 is a statement vehicle aimed at wealthy buyers who want the latest technologies wrapped in a luxurious, chauffeur-friendly body. And on paper, it delivers: steer-by-wire, a 41.6-inch retractable projector screen, a 41-speaker audio system, and a built-in coffee machine. Yet for all that high-end equipment, independent testers found something much more basic going dangerously wrong.
Dongchedi’s emergency-braking evaluation was not designed to punish the car. The test simply involved accelerating to 62 mph and then standing on the brake pedal with maximum force. They repeated the procedure in three V800s, and all three suffered the same result: the bracket that supports the brake pedal cracked under load. The pedal did not break and the brake system itself appeared to work, but the mounting structure that the driver depends on could not handle a single full-force stop.
That is notable because an emergency stop from 62 mph is hardly an extreme endurance event. It is the kind of maneuver any driver can experience on a highway. Dongchedi’s editors were blunt, calling the failure unacceptable. CarNewsChina, which followed up on the test, also stressed that the bracket is one of the last parts any automaker should cut corners on.
The broken part is the bracket, not the pedal itself. According to CarNewsChina, the component is molded from polypropylene reinforced with 40% glass fiber. That kind of material is common in the auto industry, but it is normally used in interior trim, housings, and other parts that do not have to carry repetitive high loads. A brake pedal bracket is safety-critical and usually gets a design with generous metal content or substantial structural reinforcement.
Maextro apparently chose a design that leaves too little margin. The pivot point sits about 5.1 inches (130 mm) from the center of the pedal, which means the driver’s foot acts at the end of a fairly long lever. When someone slams the brake, the pivot bracket receives a force much larger than the foot’s own effort. Without enough ribbing or structural support, the glass-filled plastic cracks under the sudden load.
No outside component caused the failure, and no software fault was reported. The problem is purely mechanical, which also means the fix should be straightforward: redesign the bracket, use more robust material or more reinforcement, and test it again under the same conditions.
After Dongchedi’s test reports were published, Maextro said it was unaware of any brake pedal bracket failures on vehicles that had already reached customers. At the same time, it did not challenge the test method. Instead, the company announced that it would optimize the bracket design and provide free upgrades to all existing V800 owners. The retrofit will be carried out during regular maintenance visits, although Maextro has not specified exactly when the improved part will ship.
The company also has not said whether it will submit a reworked V800 to Dongchedi for another round of testing. That may be the wisest next move. For a new luxury brand, words are far less convincing than a passed independent re-test.
The Maextro V800 is not sold in the United States, and it is unlikely to arrive anytime soon. A 100% tariff on Chinese-built EVs and federal certification requirements effectively block the model from US showrooms for the moment. But the episode still carries a clear lesson for American buyers and the industry alike: a high price tag is no guarantee of engineering maturity.
In the US, a brake pedal bracket failure during a single emergency stop would almost certainly be treated as a serious safety defect. Automakers have a legal duty to report defects that create an unreasonable risk of a crash, and the National Highway Traffic Safety Administration could push for a recall. While NHTSA does not have a public test procedure that specifically targets pedal bracket strength, brake system performance is federally regulated, and a bracket that cracks in normal panic braking would be impossible to defend as safe.
The V800 case is also a reminder that not every new-age EV is struggling with battery chemistry or self-driving software. Sometimes the failure is far more primitive, like a piece of plastic under the brake pedal. That should concern anyone who follows the rise of Chinese luxury brands, regardless of whether they plan to buy this particular minivan.
Away from the braking issue, the V800 is an interesting technical exercise for the whole vehicle industry. It uses an extended-range electric powertrain. A CATL-built 65 kWh battery powers a dual-motor system producing a combined 523 hp (390 kW). The 1.5-liter gasoline engine under the hood is not mechanically connected to the wheels; it works solely as a generator to top up the high-voltage battery. The system is designed to deliver the driving experience of an EV with the flexibility of a fuel-driven range extender.
The cabin adds to the impression of an electric limousine. Buyers get a 41.6-inch retractable screen for rear-seat passengers, a 41-speaker audio system, gesture-controlled windows, and the already famous built-in coffee machine. Steer-by-wire technology reduces the mechanical linkage between the steering wheel and the wheels, freeing up space and enabling more advanced driver-assist functions.
None of those features were implicated in the test failure, and none of them makes the brake pedal problem less serious. In fact, the contrast makes the V800 more difficult to justify: if a $150,000 flagship cannot survive a routine panic stop, its gadget list matters a lot less.
The Maextro V800 has become an uncomfortable case study for China’s premium EV ambitions. It shows that value and luxury can be packaged effectively, but also that exceptional styling and spec sheets cannot carry a brand when basic safety elements fail under stress. Maextro’s decision to redesign the bracket and offer free replacements is the right first step. The harder part is rebuilding trust — and that starts with proving the fix works, preferably in another independent test. For automakers and buyers everywhere, the V800’s brake pedal bracket is a reminder that no price point should excuse a weak link in the most critical part of a car.
