Originally reported by multiple sources including CNBC, TechCrunch, and Yahoo Autos (January 22, 2026). Read CNBC’s coverage →
Tesla crossed a long-anticipated threshold on Thursday when it began offering fully unsupervised robotaxi rides to the public in Austin. For the first time, passengers can now hail a Model Y taxi operating entirely on Tesla’s camera-based Full Self-Driving system with no human backup in the vehicle. The milestone arrives years behind CEO Elon Musk’s original projections but positions Tesla to compete more directly with Waymo, which currently dominates the U.S. commercial robotaxi market with roughly 450,000 paid trips weekly across six cities.
A Gradual Rollout, Not a Fleet-Wide Shift
Tesla isn’t flipping a switch on its entire Austin operation. According to Ashok Elluswamy, Tesla’s vice president of AI, the company is mixing a small number of unsupervised vehicles into its broader fleet of approximately 50 robotaxis that still carry safety monitors. That ratio will increase over time as the system proves reliable.
The company launched its Austin service last June with employees seated in the front passenger seat, ready to intervene. Those monitors moved behind the wheel in September before Tesla began testing fully empty vehicles in December. Public rides without any occupant other than passengers began this week.
Notably, Tesla’s Bay Area robotaxi operation still requires a safety driver at the wheel. California regulators have not yet granted permits allowing Tesla to conduct driverless testing or commercial rides without human oversight—a regulatory hurdle the company has yet to clear despite operating there for months.
Camera-Only Autonomy Enters Commercial Service
The Austin deployment marks the first large-scale commercial test of Tesla’s vision-only approach to autonomy. Unlike Waymo, which relies on lidar, radar, and cameras working in concert, Tesla’s system processes visual data exclusively. Whether this sensor strategy can match or exceed the safety record of multi-sensor competitors remains an open question the industry will watch closely.
Videos from early riders show the system responding to attempted steering wheel inputs by displaying warnings and initiating controlled pullover maneuvers—a glimpse at how Tesla handles edge cases when passengers instinctively reach for controls that no longer function.
Competitive Landscape Remains Challenging
Despite the breakthrough, Tesla faces a substantial gap against established players. Waymo expanded to Miami on the same day Tesla announced its unsupervised Austin rides, bringing its total to six operational cities with plans for at least 20 more metropolitan areas this year. The Alphabet subsidiary operates approximately 2,500 robotaxis; Morgan Stanley analysts project Tesla may reach 1,000 vehicles by year-end.
Consumer sentiment presents another obstacle. Recent surveys by the Electric Vehicle Intelligence Report found a majority of U.S. respondents remain unwilling to ride in robotaxis, citing safety as their primary concern. Tesla’s Austin fleet has been involved in at least seven reported crashes since June, though details remain limited due to heavy redactions in federal safety filings.
How quickly can Tesla scale operations and build public trust while its largest competitor continues rapid expansion?
Bottom Line
Tesla’s removal of safety monitors from Austin robotaxis represents a genuine technical and operational milestone after years of missed targets. However, the deployment involves only a handful of vehicles in a single market where regulatory conditions are favorable. Closing the gap with Waymo will require rapid fleet expansion, regulatory approvals in additional states, and—perhaps most critically—demonstrable safety data that shifts consumer perception toward acceptance of fully driverless transportation.
Sign up for our weekly emails to stay up to date on the latest news!
