Tesla robotaxi – Tesla has published new federal-database details on 17 robotaxi crash incidents from July 2025 to March 2026, including two in Austin where remote employees took over and drove the cars into street obstacles at under 10 mph.
The next time Tesla insists its robotaxi system is “autonomous,” the paperwork tells a more complicated story. In at least two of the crashes Tesla now described publicly through a federal database, human employees using remote access appear to have driven the vehicle into objects on the street.
The incidents were part of 17 crash details covering the period from July 2025 to March 2026.. Tesla reported that both cases took place in Austin. involved no passengers in the cars. and occurred at speeds below 10 miles per hour.. In each crash, a safety monitor sat in the passenger seat to oversee the still-fledgling self-driving operation.
The two Austin crashes highlight the same pressure point in early robotaxi deployment: the teleoperators and monitors who step in when the software stalls—yet their visibility, timing, and control are rarely part of the public debate.
In one incident from July 2025. Tesla said the safety monitor suffered only “minor” injuries after a remote worker drove the car up a curb and into a metal fence at 8 mph.. Tesla reported that the monitor had contacted the remote driving team after the vehicle stopped on the side of the street and would not move forward.. The monitor was not hospitalized.
A second incident, recorded in January 2026, began with a monitor requesting navigation help from the remote team.. Tesla reported the remote driver took control and drove the robotaxi straight into a temporary construction barricade at 9 mph.. In that case, Tesla did not report any injuries.. The company said the crash scraped the robotaxi’s front left fender and tire.
The disclosures matter because remote driving isn’t just a behind-the-scenes feature. It can be safety-critical—especially in situations where connectivity is spotty or where a remote operator needs an accurate understanding of the road environment to resolve a tight, fast-moving problem.
As safety advocates have warned. teleoperation can be difficult in places without consistent cellular connectivity. and it can demand near-perfect perception of what’s happening around the vehicle.. An independent self-driving researcher. Noah Goodall. told WIRED in a message that the new Tesla crash details “raise questions about what the teleoperator can see in both coverage and resolution. and what kind of latency they are experiencing while driving.”
Tesla’s broader deployment also paints a picture of a system still scaling into reality rather than fully exiting human oversight.. The robotaxi service is operating in three Texas cities—Austin, Dallas, and Houston—but with fewer than 100 vehicles in total.. Waymo, by comparison, has nearly 4,000 vehicles.. Reuters reported this week that robotaxi wait times in Houston and Dallas. where service launched in April. are upward of 35 minutes.. Even in Austin. where cars have been carrying passengers for almost a year. a reporter found the robotaxis were sometimes completely unavailable.
Tesla appears to be an outlier in one key operational sense: instead of only letting remote workers provide input the autonomous system may accept or reject. Tesla more frequently allows remote employees to directly drive.. Other companies generally limit that level of control.. Waymo. for example. has said specially trained workers can remotely drive its cars up to 2 mph. and said in February it hadn’t used the function outside of training.
Tesla does not have a public relations team, and the company did not respond to WIRED’s request for comment.
Elon Musk’s own public framing has long pointed away from electric-car manufacturing as the center of Tesla’s future priorities.. The company’s CEO has said autonomous vehicles and robotics are the automaker’s focus instead of building more electric cars.. His compensation is also structured around that push: a potential $1 trillion paycheck by 2035 tied to vehicle and robot deliveries. sales of self-driving subscriptions not yet released. and the number of robotaxis in commercial operation.
Tesla robotaxi teleoperation remote driving safety monitors Austin crash autonomous vehicles cybersecurity AI self-driving subscriptions Elon Musk
So it’s not autonomous then lol.
Wait they had remote employees driving into curbs and fences at under 10 mph and everyone is still acting like it’s autonomous? Sounds like a PR cover story.
I don’t get it. If there’s a safety monitor in the passenger seat and remote drivers, doesn’t that mean it’s basically just a regular car? Like the monitor is the one “controlling” it, not the tech. Also how are they classifying crashes if nobody’s even in the car?
Tesla always says autonomous but then remote people take over and hit a barricade… I’m in Austin and this feels exactly like those “it’s just minor” things that turn into bigger issues later. 8 or 9 mph doesn’t sound bad until you realize it’s still hitting stuff, and the paperwork just admits the human part after the fact. Also why is a monitor getting “minor” injuries, if the robotaxi was supposedly handling everything? Makes no sense.