Five Robotaxi Takeovers And Five Collisions In Tesla Data
Tesla has logged five separate incidents where a remote operator took control of a test vehicle and immediately crashed into a stationary object, according to federal regulatory filings analyzed by Electrek. The National Highway Traffic Safety Administration received data under Standing General Order reports showing that every single documented remote takeover by Tesla operators resulted in a collision. The total count of unique robotaxi incident reports on file with regulators climbed from 22 in July to 36 in recent filings.
August Incidents Add Two Low Speed Crashes In Dallas And Austin
The latest additions to the federal database stem from two separate autonomous vehicle tests conducted in August. In Dallas, under report 13781-16678, a Tesla Model Y sat wedged between a parked SUV and a concrete mixer truck on a residential street without passengers inside. Tesla stated that a remote support operator took control and moved forward, causing the vehicle to strike the SUV at approximately 0.40 mph. In Austin, under report 13781-16679, a remote operator took charge of a Model Y traveling down an alley framed by a dumpster and a utility pole. The vehicle struck the dumpster at about 1 mph while operating under a remote commercial test designation.
Prior Unredacted Teleoperator Crashes Reveal A Repeating Script
Three earlier crashes made public through unredacted Tesla narratives in May follow an identical operational breakdown. In July 2025, an Austin safety monitor encountered a stalled vehicle, prompting a teleoperator to take over, accelerate, turn left, and drive up a curb into a metal fence at 8 mph. In January 2026, also in Austin, a teleoperator intervened for navigation assistance and drove the vehicle directly into a construction barricade at 9 mph. These events consistently show an autonomous system getting stuck, a human operator attempting a remote rescue over a cellular or satellite link, and a collision occurring due to latency and limited visibility.
Waymo Rejects Remote Driving While Tesla Struggles With Latency
Competitor Waymo handles navigation stalls without direct remote driving. In a February 2026 letter addressed to Senator Ed Markey, Waymo stated that it has not used tele-operations where a human performs the dynamic driving task. Waymo remote staff supply guidance that the onboard autonomous driver can either accept or reject, utilizing a narrow exception where a trained agent can nudge a stuck vehicle forward at 2 mph at fixed steering angles to clear a lane. Waymo maintains that this specific intervention tool has never been deployed on a public road.
Frequently Asked Questions About Tesla Remote Takeovers
What speed do these remote takeover crashes typically occur at?
All five documented remote-operator collisions occurred at very low speeds ranging from 0.40 mph to 9 mph, resulting exclusively in minor property damage such as contact with dumpsters, curbs, fences, and construction barricades.
Are passengers present inside the vehicles during remote operation?
No passengers were aboard the Model Y test vehicles during the recorded Dallas and Austin incidents where remote operators took control of the driving task.
How does Tesla classify these remote operators in federal filings?
Tesla codes the driver and operator type for these specific incidents as Remote (Commercial / Test) within the National Highway Traffic Safety Administration database.