Imagine being trapped in your car after a crash, unable to open the doors because the handles are hidden and rely on power that’s now gone. This chilling scenario has sparked a major shift in the automotive world, starting with China’s recent ban on Tesla-style door handles—a move that’s likely to ripple all the way to Australia. But here’s where it gets controversial: while these sleek, flush-mounted handles are a hallmark of modern electric vehicles (EVs), they’ve become a safety nightmare in emergencies. And this is the part most people miss: it’s not just about Tesla. Brands like Kia, BYD, and even Xiaomi have embraced this design, raising questions about whether style is being prioritized over safety.
The ban comes at a pivotal moment, as China’s EV market is booming—battery-powered cars accounted for over half of vehicle sales last year. Yet, this surge in popularity has been marred by high-profile accidents where emergency responders struggled to rescue occupants trapped inside vehicles with retractable handles. For instance, in a tragic 2024 crash involving an Aito SUV, backed by Huawei, emergency workers were forced to break windows to save victims, but three people still lost their lives. Similarly, a Xiaomi driver perished in a burning vehicle when bystanders couldn’t open the doors in time.
So, how do these handles work? Unlike traditional handles, which operate manually even when locked electronically, hidden handles rely on electronic signals to pop out—either via a button press or other triggers. This design boosts aerodynamics but creates a critical vulnerability: if the car loses power after a collision or submersion, the handles may fail to function. While some manufacturers are adding internal mechanical release options, these backups are often poorly marked or hard to access in a crisis. Worse, there’s no external mechanical release at all.
China’s industry ministry has now stepped in, mandating that external handles must be clearly visible and functional in emergencies, and interior handles must be easily identifiable. These rules take effect for new sales starting January 2027. But China isn’t alone in its concerns. In December, U.S. safety authorities launched a defect investigation into Tesla’s Model 3 over similar issues, prompting Tesla to announce a redesign.
But is this the end of the road for hidden handles? Not everyone is convinced. Take Callan Root, a Tesla Model Y owner who loves the convenience of opening doors with a button press. ‘It’s fantastic,’ he says, though he acknowledges the safety risks. ‘If the handles went back to normal, the car would feel dated.’ This tension between innovation and safety is at the heart of the debate.
In Australia, the Australasian New Car Assessment Program (ANCAP) already rewards vehicles with reliable door-opening mechanisms in crashes, but there are no laws mandating manual door operation. ANCAP’s CEO, Carla Hoorweg, emphasizes the need for regulation, calling it a ‘clear example of where you wouldn’t want to see unintended safety consequences of a design choice.’ Peter Jones of the Motor Trades Association of Australia agrees, noting that China’s influence on global vehicle production could lead to safer designs Down Under.
Yet, Jo Oddie of the Australian Electric Vehicle Association points out that safety concerns shouldn’t be limited to EVs. Even traditional combustion engine cars often lock doors electronically, creating similar risks. ‘Retractable handles were a novelty that’s perhaps worn off quickly,’ Oddie observes. ‘We all want to be able to open our doors easily if we’re in an accident.’
So, where do we draw the line between cutting-edge design and life-saving practicality? Should regulators step in more aggressively, or is it up to manufacturers to balance innovation with safety? And what about consumer preference—should style take a backseat to survival? Let us know your thoughts in the comments. The future of car design—and potentially your safety—may depend on it.
