Tesla Recall in China: Hidden Door Handles Spark Safety Crisis
China has announced the country’s largest-ever car recall, targeting more than four million vehicles, the majority of which are Tesla models. The recall is triggered by concerns that the cars’ hidden electronic door handles do not activate when the power is cut, potentially trapping passengers in emergencies. This issue coincides with new safety regulations that will ban cars lacking a mechanical release on both the inside and outside of each door, effective January 2027.
The hidden door handles—first popularised by Tesla—are a common feature on modern electric cars, offering sleek aesthetics and reduced wind drag. However, engineers and safety analysts have long warned that these designs can hinder immediate access to the vehicle in a crash. In 2025, an accident involving Xiaomi’s SU7 SUV raised the alarm when passengers reportedly could not unlock the doors after a collision.
China’s State Administration for Market Regulation (SAMR) ordered recalls to cover 750,000 vehicles from Xiaomi, XPeng, and Geely, in addition to Tesla’s almost three million cars. The recall requires manufacturers to install warning labels inside doors and, in some cases, deploy software updates to lower windows during a crash. The Chinese rule emphasises that cars must remain operable even if the battery is disconnected.
Global regulators are watching closely. The U.S. National Highway Traffic Safety Administration has signalled it will study emergency door‑exit systems, while the European Union is drafting standards to keep these handles functional after power loss. The safety concerns are resonating worldwide, raising questions about whether similar recalls will be issued elsewhere.
Why Store-Store Handles Matter
Although hidden door handles have become a hallmark of sleek electric vehicle design, they can create confusion for users unfamiliar with the vehicles, and they are prone to malfunction under extreme conditions. Singapore-based engineer Lim Hong Wee argues that mechanical exits are essential for safe evacuation, while researcher Gokul Krithivasan notes that warning labels alone are insufficient when panic and smoke impede reading the printed instructions.
Looking Ahead
Industry voices warn that the local Chinese ban may set a precedent for global vehicle safety standards. Because car makers cater to worldwide markets, adoption of China’s mechanical‑release requirement could ripple across US and EU car manufacturing. The continuing investigations, legal actions, and regulatory reviews in multiple countries suggest that the incident may signal a broader industry shift toward more reliable emergency door systems.
Stay tuned for updated coverage on how automakers respond to this recall and the implications for future vehicle safety design.















