Amazon’s Zoox secures first US approval for driverless robotaxis built without a steering wheel

Amazon’s autonomous-vehicle unit Zoox has received what a recent report described as the first United States approval for commercial deployment of its driverless robotaxi, an approval milestone that indicates regulators are allowing wider testing and operation of fully automated vehicles on public roads.

According to the Yahoo Finance report, Zoox’s robotaxi is designed without a steering wheel, pointing to a fundamental departure from conventional cars where a human driver can take over controls. The company’s approval represents a shift toward vehicles engineered to be operated entirely by automation rather than by fallback manual driving.

Zoox is owned by Amazon, and the approval described in the report adds to Amazon’s push into autonomous mobility. While Amazon has previously pursued high-profile projects tied to robotics and self-driving technology, this is the first US approval described for commercial deployment of a driverless robotaxi built with no steering wheel.

The report framed the vehicle as a “robotaxi,” meaning a self-driving ride-hailing service rather than a private consumer car. The approval is therefore relevant not only for vehicle technology, but also for the business model of offering automated trips as a service, which typically requires regulatory permissions, operational planning, and detailed safety documentation.

What remains unclear from the available description is the specific scope of the approval, including where it applies, the number of vehicles covered, whether service is limited to certain hours or routes, and what safety or reporting requirements Zoox must follow once operations begin. Those details were not provided in the brief account of the approval.

From a sector perspective, approvals for fully autonomous vehicles are still rare and often come with constraints. Even when regulators permit limited commercial operation, companies generally face intensive scrutiny over safety performance, incident reporting, system redundancy, and how the software behaves in edge cases such as construction zones, unusual traffic patterns, or poor weather.

For Amazon, any incremental regulatory progress around Zoox can be important because it suggests momentum toward scaled deployment, not just prototype testing. Still, commercial autonomy is not a single hurdle, and the transition from approval to sustained operations depends on ongoing compliance and performance over time.