China is proposing tougher automotive design and testing rules that could reshape how manufacturers develop door handles, cabin displays, and adjustable seating.
Announced on October 10, 2026, the draft measures would require more extensive technical documentation and safety validation for innovative vehicle features, with new requirements beginning in 2027.
The proposal comes amid growing regulatory scrutiny of designs that prioritize sleek styling and digital functionality but may create complications during emergencies or distract drivers. Importantly, these are proposed rules open for public consultation, not a finalized blanket ban already in force.
Why China Is Targeting Hidden Door Handles and New Interior Designs
Fully concealed door handles have become a familiar feature on modern electric vehicles and other cars designed around smooth bodywork. By sitting flush with the exterior, these handles can contribute to a minimalist appearance and, depending on the design, aerodynamic efficiency.
However, their operation may depend on electrical systems, powered mechanisms, or specific release procedures, raising concerns about whether occupants and rescuers can open doors when a vehicle loses power or is damaged.
China’s proposal would prohibit fully hidden door handles and require manufacturers to demonstrate that door-opening systems remain usable in difficult conditions.
The accompanying technical guidance calls for mechanical redundancy and sufficient space for a person’s hand to operate the handle. Manufacturers would also need to validate reliability in extreme environments and confirm that the mechanism can be used during emergencies.
The distinction matters because the proposal does not simply target a particular styling trend. It places greater emphasis on whether a design continues to function when normal operating conditions fail.
A door handle that looks clean and works reliably during everyday use may still require additional safeguards if an electrical malfunction, crash, or other emergency prevents its usual operation.
The proposal also addresses powered doors. According to the published technical guidance, vehicles with soft-close door systems would need anti-pinch protection and a way to open doors manually during a power failure or malfunction. These requirements are intended to reduce the risk of occupants becoming trapped inside a vehicle.
The door-handle issue is also part of a broader regulatory process. CnEVPost reported that China had already issued a mandatory national safety standard addressing concealed handles in February 2026, with that standard scheduled to take effect on January 1, 2027.
The new draft would connect design validation more closely with vehicle approval and oversight. Its exact relationship with existing requirements and any transition arrangements will depend on the final rules.
Flexible Displays, Swivel Seats, and Digital Controls Face New Limits
The draft extends beyond exterior styling to the increasingly digital interiors of modern vehicles. Foldable or flexible displays would be prohibited under the proposed technical guidance, while large infotainment screens and complex head-up displays would face additional safety assessments.
These evaluations would consider whether information presented to drivers creates distractions, whether systems remain reliable in extreme conditions, and whether their designs meet crash-safety requirements.
Flexible displays have attracted interest from automakers seeking to make dashboards more adaptable and visually distinctive. Large screens can combine navigation, entertainment, vehicle settings, and climate controls in one interface.
Yet adding more functions to a display does not automatically make them easier or safer to use. Drivers may have to look away from the road, navigate several menus, or rely on touch-sensitive areas that provide little physical feedback.
China’s proposal places greater emphasis on evaluating these risks before a vehicle receives approval. It does not mean every large central touchscreen would be prohibited. Instead, the draft calls for more extensive assessment of display-related safety while specifically identifying foldable and flexible screens for prohibition.
Physical controls are another important part of the proposed approach. Critical functions, including lighting and windshield wipers, would need physical interfaces even if a vehicle also offers digital or touch-based controls.
The technical guidance also identifies defrosting and defogging among the functions requiring physical controls. This could influence dashboard layouts in vehicles that currently place most operations inside a touchscreen.
The main concern is how easily drivers can access essential controls without navigating multiple menus. Physical buttons and switches provide a familiar layout and tactile feedback, making them especially convenient in bad weather or urgent situations.
Automakers would need to consider those requirements earlier in development rather than treating them as details to address after the main cabin design has been completed.
The proposed restrictions also cover so-called zero-gravity seats, swivel seats, and seats that convert into beds. Manufacturers would have to use technical measures to prevent these functions from being used while a vehicle is moving.
The concern is not necessarily that such seating arrangements have no value. They may improve comfort when a vehicle is parked or being used as a lounge-like space. The issue is whether occupants can safely use them while the vehicle is travelling.
A seat that rotates away from its normal forward-facing position or reclines into a bed may not provide the same protection as a properly positioned seat during a collision. Restraint systems and airbags are designed around particular occupant positions, so changing that position can affect how well they work.
The draft would require automakers to limit the use of these features during driving rather than relying only on warnings or instructions.
These measures could affect the way manufacturers market advanced cabins. Companies will need to distinguish between features that can operate while driving and those intended for stationary use.
They may also have to develop electronic interlocks that prevent certain adjustments until the vehicle is parked. That adds engineering work, but it could give regulators a clearer way to assess whether a feature is safe in its intended operating conditions.
New Testing Deadlines Could Affect Future Vehicle Launches
The proposal would introduce more detailed documentation requirements for new vehicles featuring innovative designs.
From January 1, 2027, automakers applying for approval for new models would need to submit additional technical information about these features and the testing used to validate them. Applications involving insufficient testing or falsified supporting data could be rejected.
The changes would also affect vehicles that have already received approval. Manufacturers would need to submit information about innovative designs by July 1, 2027.
If required information is not provided and a vehicle is found to present safety hazards, the draft says production would have to stop and affected vehicles would be recalled. The precise obligations will depend on the final regulatory text and how it is implemented.
The accompanying technical guidance goes further than simply asking companies to provide additional paperwork. CnEVPost reported that it includes a requirement for passenger vehicles to undergo at least 30,000 kilometers of reliability testing, alongside environmental adaptability testing lasting at least one year.
The guidance describes testing across severe cold and high temperatures, with alternatives such as environmental chambers permitted where they provide sufficiently effective validation. These details are part of the draft guidance and should not be confused with a final rule already in force.
The requirements could affect development schedules and costs, particularly for manufacturers that frequently introduce new electronic features or revise vehicle interiors. Additional testing may require more prototypes, longer validation periods, and closer coordination between automakers and component suppliers.
Software-controlled systems would also need careful assessment, because a feature that works correctly under ordinary conditions may behave differently after a malfunction or software update.
For the automotive industry, the implications extend beyond China. Global manufacturers often develop vehicle platforms, door mechanisms, dashboards, and seating systems for multiple markets.
A design that must be changed for one major market can create pressure to standardize components across regions, although automakers may also choose market-specific designs where regulations differ. The eventual impact will depend on the final rules, model lifecycles, and the cost of adapting existing platforms.
The proposal is being developed by China’s Ministry of Industry and Information Technology alongside three other government agencies. Authorities opened the draft for public feedback through November 10, 2026.
That consultation period gives manufacturers, suppliers, and other stakeholders an opportunity to raise questions about implementation, testing methods, and transition arrangements before the requirements are finalized.
For drivers, the central issue is whether fashionable features remain usable and safe when conditions are less than ideal.
Hidden handles, flexible screens, and movable seats can make vehicles feel more advanced, but they also introduce design decisions that need to be tested beyond everyday use. China’s proposal signals that those decisions will face closer scrutiny during vehicle approval.
The final rules may change after consultation, so manufacturers cannot yet treat every provision in the draft as settled law.
The proposed deadlines signal a clear direction for future vehicle development, with greater emphasis on thorough documentation, rigorous testing, and reliable safeguards for essential vehicle functions.
Automakers planning new models for China will need to account for those expectations as they develop their next generation of vehicles.
