China's Ministry of Industry and Information Technology has issued strict new regulations requiring vehicles to have obvious mechanical door releases for emergencies. This comes alongside a US investigation into Tesla's electronic latches, prompting a likely global redesign of the company's iconic hidden handles. The changes aim to ensure doors can be opened easily even without power or familiarity with the vehicle.
The push for safer door mechanisms intensified on December 16, 2025, when China's Ministry of Industry and Information Technology (MIIT) released a draft document titled “Safety Technical Requirements for Car Door Handles.” This standard mandates that vehicle doors include a mechanical release handle as a fail-safe during electronic power loss. Regulators emphasized that these mechanisms must be clearly identifiable and operable within a defined physical space, allowing anyone—even those unfamiliar with the car—to access them in emergencies.
Tesla's current designs, featuring flush exterior handles and hidden interior releases, face significant challenges. For instance, the Model 3 and Model Y require pulling concealed manual releases under door trims, while the Model X's Falcon Wing Doors demand partial disassembly of speakers for emergency access. These setups have proven problematic, as even regular users sometimes struggle with the hidden exterior handles.
In the United States, the National Highway Traffic Safety Administration (NHTSA) launched Defect Petition DP25002 in late December 2025. The probe was spurred by reports of occupants trapped inside vehicles during low-voltage failures, unable to quickly find emergency releases. This dual regulatory pressure from China and the US leaves Tesla little choice but to evolve its design.
Tesla's head of design, Franz von Holzhausen, indicated earlier this year that the company is engineering a solution to balance electronic convenience with mechanical reliability. The proposed redesign integrates both functions into a single handle: an initial pull activates the electronic latch if power is available, while further pulling engages the mechanical release if not. This approach, already used by other manufacturers, addresses the 'panic factor' by aligning with instinctive actions during crises.
For exteriors, the regulations conflict with Tesla's aerodynamic flush handles, which may remain retracted and hard to use in accidents, particularly on the Model S. Given Tesla's production at Giga Shanghai, changes will likely influence global designs, with implementation expected by late 2026 or early 2027 to meet the late-2027 mandate. A unified, safer standard is anticipated rather than region-specific variants.
