First Steering Wheel-Free Autonomous Vehicle Approved by NHTSA
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The U.S. has cleared the first fully autonomous vehicle built without a steering wheel or pedals for public roads. Zoox, the Amazon-owned robotaxi company, received a federal exemption to operate its purpose-built vehicle—marking a shift in how regulators view driverless tech.
The green light came from the National Highway Traffic Safety Administration (NHTSA) under its Automated Vehicle Exemption Program. Unlike previous exemptions for modified vehicles, this marks the agency’s first approval of a clean-sheet design with no driver controls—built from the ground up to be operated solely by software.
Zoox first unveiled the vehicle in 2022. It seats four, is symmetrical front to back, and avoids any legacy architecture like steering columns or dashboards. This isn’t a repurposed SUV—it’s a dedicated autonomy platform. Now, with the exemption in hand, Zoox can run these vehicles on public roads without backup systems for human drivers.
Production is already underway. Zoox’s California facility can produce around 10,000 units annually, with the initial fleet bound for Las Vegas to support pilot operations expected before the end of 2025.
Political Support and Vision
There’s political momentum behind the decision, too. Transportation Secretary Sean Duffy tied the move to the Trump administration’s broader effort to lead in self-driving technology. “America—not China—can drive the future of self-driving cars,” Duffy said, framing the exemption as both a tech and industrial policy milestone.
Broader Implications
- For developers: NHTSA is showing it’s open to nontraditional AV designs—as long as safety can be proven.
- For cities: Las Vegas may be first, but any metro considering robotaxis now needs to think seriously about regulatory readiness.
- For investors and OEMs: The exemption clears a path for scaled production of purpose-built AVs, not just retrofits. Zoox now sets a precedent.
It’s a regulatory signal that autonomy-first hardware no longer needs to mimic human-driven vehicles to move forward.
