China May Ban Yoke Steering Wheels in New Cars

China is moving to standardize the interior of the modern cockpit, signaling a potential end for the unconventional yoke steering wheel in new vehicles. The Ministry of Industry and Information Technology (MIIT) has introduced a draft for a new mandatory national safety standard that prioritizes traditional circular designs over the “half-wheel” layouts popularized by several electric vehicle manufacturers.

The proposed regulation, identified as GB 11557-202X, titled “The stipulation protecting drivers from being injured by motor vehicle steering mechanism,” is set to take effect on January 1, 2027. This move follows a recent trend of Chinese regulators tightening oversight on automotive features deemed potentially hazardous, including a previous ban on flush or hidden door handles.

Although the yoke-style steering wheel—a rectangular or “butterfly” design that removes the top half of the wheel—has been marketed as a futuristic aesthetic choice, Chinese authorities are now focusing on the physics of human impact during collisions. The new standards aim to ensure that steering mechanisms do not cause undue injury to drivers during an accident, effectively removing the technical exemptions that previously allowed these unconventional designs to enter the market.

The Safety Concerns Behind the Ban

The MIIT’s shift toward rounder steering wheels is rooted in specific safety metrics regarding how a driver’s body interacts with the steering column during a crash. A primary concern is the force limit on human impact and the potential for upward or rearward movement of the steering mechanism when a collision occurs.

Under the current “GB 11557-2011” regulation, which has been in place for over a decade, there was a standard for energy transfer between the steering wheel and the driver, set at 11,110 Newtons (approximately 2,500 pounds) of force. While this aligned with UN R12 international regulations, the older Chinese standard allowed for “certain conditions” and exceptions that permitted the sale of yoke-style wheels despite their departure from traditional geometry beginning in 2027.

The updated GB 11557-202X standard removes these exemptions. All vehicle models must now pass verification tests regardless of their design. Specifically, the new mandate requires impact testing at ten distinct points on the steering wheel rim. These include the “midpoint of the weakest area” and the “midpoint of the shortest unsupported area.” Because yoke designs lack the continuous circular rim of a traditional wheel, they lack several of these critical testing points, making compliance fundamentally challenging for manufacturers.

Impact on Global and Domestic Automakers

The regulation is widely seen as a challenge to Tesla, the American EV maker that popularized the yoke steering wheel in the Model S and Model X. However, the impact extends beyond a single company. Other brands that have adopted the half-wheel design—including Lexus, IM Motors, and Jiyue—will likely need to revert to round or “rounder” steering wheels to maintain access to the Chinese market.

For these manufacturers, the transition represents a clash between minimalist, futuristic design and rigid safety standardization. The yoke’s lack of a top arc not only complicates safety testing but has likewise been a point of contention for drivers who find traditional wheels more practical for low-speed maneuvers and tight turns.

Comparison of Steering Standards

The Broader Regulatory Trend in China

The move to ban yoke steering wheels is part of a larger pattern of the Chinese government asserting control over automotive safety and ergonomics. The ban on flush door handles served as a precursor to this, as regulators expressed concerns that hidden handles could hinder emergency egress during a vehicle fire or accident.

By aligning the new GB 11557-202X standard more strictly with international UN R12 specifications, China is signaling that it will no longer allow “innovation” to supersede established safety benchmarks. The MIIT’s decision highlights a growing tension in the EV era: while software and powertrain technology are evolving rapidly, the physical interface between the human and the machine remains subject to strict, traditional safety engineering.

For the global automotive industry, this serves as a reminder that the Chinese market—the largest for electric vehicles—requires strict adherence to national safety standards, regardless of whether a feature is popular in other regions like North America or Europe.

The next major milestone for the industry will be the official implementation of the GB 11557-202X standard on January 1, 2027, after which new cars failing to meet the ten-point rim test will be prohibited from sale in China.

Do you believe safety regulations should limit interior design innovation, or are these measures necessary for driver protection? Share your thoughts in the comments below.