TL;DR
Tesla published new information about 17 robotaxi crashes, with at least two involving remote human drivers actively controlling vehicles. The incidents highlight safety concerns about remote intervention in autonomous driving.
Tesla has publicly disclosed details of 17 robotaxi crashes that occurred between July 2025 and March 2026, including two incidents in Austin where human remote drivers appeared to have caused the accidents, raising questions about the safety and oversight of Tesla’s autonomous vehicle operations.
The new disclosures, first reported by TechCrunch, reveal that in at least two crashes, Tesla’s safety monitors—who are seated in the vehicles during autonomous operation—requested remote assistance, leading to remote drivers taking control and causing the accidents. Both incidents occurred at speeds below 10 mph, with one in July 2025 involving a remote driver driving the vehicle into a curb and fence, and another in January 2026 where a remote driver drove into a construction barricade. The safety monitors sustained minor injuries in the first incident but were not hospitalized, and no injuries were reported in the second.
Tesla’s approach appears to differ from other autonomous vehicle companies, which generally restrict remote drivers to providing input rather than direct control. Tesla’s remote drivers more frequently take direct control, raising safety concerns, especially regarding visibility, latency, and communication reliability. Tesla did not respond to WIRED’s request for comment.
Why It Matters
This development underscores ongoing safety and operational concerns surrounding Tesla’s autonomous vehicle program, particularly the role and safety of remote human drivers. As Tesla’s robotaxi service expands in Texas, questions about the adequacy of remote oversight and the implications for public safety grow more urgent. The disclosure also highlights regulatory and oversight challenges as the industry grapples with integrating remote human intervention into autonomous vehicle operations.
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Background
Over the past year, Tesla has kept details about its robotaxi crashes largely private, with limited disclosures. The recent release of crash data, including incidents involving remote drivers, marks a shift toward transparency but also raises new questions about the safety protocols and oversight mechanisms in Tesla’s autonomous fleet. Tesla’s robotaxi service operates in Austin, Dallas, and Houston, with fewer than 100 vehicles, and faces operational challenges such as long wait times and limited availability, despite the company’s aggressive push into autonomous mobility under Elon Musk’s leadership.
“The new details on these crashes raise questions about what the teleoperator can see and how latency might affect their ability to respond effectively.”
— Noah Goodall, independent self-driving vehicle researcher
“Tesla did not respond to WIRED’s request for comment.”
— Tesla, via report
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What Remains Unclear
It remains unclear why Tesla included these specific crash details in the federal database, as the company did not clarify the criteria for reporting. The full extent of remote driver involvement across Tesla’s fleet and the safety protocols governing their control are still not publicly disclosed. Additionally, the impact of these incidents on Tesla’s broader autonomous vehicle strategy and regulatory oversight remains uncertain.
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What’s Next
Further investigations and regulatory reviews are expected to examine Tesla’s remote driving practices and safety measures. Tesla may also update its safety protocols or disclose additional crash data. The company’s upcoming vehicle and robotaxi deployment plans could be influenced by ongoing safety concerns and regulatory scrutiny.
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Key Questions
Why are remote drivers involved in Tesla’s robotaxi crashes?
Remote drivers are used to assist or control Tesla’s autonomous vehicles when they encounter complex situations or technical issues, as part of Tesla’s safety protocol during early deployment phases.
Are remote drivers more dangerous than autonomous systems alone?
It is still under study, but concerns exist about visibility, latency, and communication reliability when remote drivers intervene, which could introduce additional safety risks.
Will Tesla change its remote driving policies after these disclosures?
It is not yet clear, as Tesla has not publicly commented. Regulatory bodies may scrutinize their practices, potentially leading to policy adjustments.
How do Tesla’s practices compare to other autonomous vehicle companies?
Most companies limit remote intervention to providing input at low speeds, whereas Tesla appears to allow more direct control, which raises different safety considerations.
What are the regulatory implications of these disclosures?
The disclosures could prompt increased oversight from regulators like NHTSA, potentially leading to stricter safety requirements for remote intervention in autonomous vehicles.
