At the Consumer Electronics Show (CES 2026), the tech world is buzzing with excitement over the Tensor Robocar—a groundbreaking vehicle introducing the world’s first commercially available retractable steering wheel system.
This innovation is the result of a year-long collaboration between Autoliv and Tensor, aimed at optimizing interior space in Level 4 autonomous vehicles.
The system operates by automatically retracting the steering wheel into the dashboard when autonomous mode is activated, making way for the central entertainment screen to slide forward. When manual control is needed, the process reverses seamlessly, restoring the wheel in an instant.
A key enabler of this technology is the dual-airbag safety solution. Traditionally, driver airbags are mounted on the steering wheel. Autoliv and Tensor have developed a smart airbag system that detects driving modes. In manual mode, the wheel-mounted airbag functions as usual. When retracted, a secondary airbag behind the dashboard takes over, ensuring equivalent safety levels in both configurations.
Tensor CEO Jay Xiao emphasized that while fully autonomous driving offers transformative experiences, manual control remains essential in many scenarios. Bringing the retractable wheel from concept to mass production maximizes user flexibility.
Slated for a year-end launch, the Tensor Robocar will be manufactured by VinFast at its Hai Phong facility, encompassing stamping, welding, painting, and assembly. Positioned as a luxury crossover SUV, it features rear-hinged coach doors and SignalScreens that communicate with other road users via CarMoji.
Though full specs remain undisclosed, the Robocar is expected to include a 112 kWh battery and an extensive sensor suite—cameras, lidar, radar, and more—to support Level 4 autonomy. Notably, it targets private owners rather than commercial fleets.
Under SAE classification, Level 4 vehicles operate autonomously in most conditions, requiring human intervention only in rare cases. With this retractable wheel, Autoliv and Tensor are bridging the gap between futuristic concepts and everyday autonomous driving.
TH (Tuoitrethudo)
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