Tesla Releases Unredacted Robotaxi Crash Reports

Tesla has made previously redacted autonomous crash information public, addressing a long-running concern among safety researchers and advocates. For much of the past year, the company was the only autonomous vehicle operator submitting safety data that omitted contextual details of crashes; every incident summary used the same boilerplate phrase: [REDACTED, MAY CONTAIN CONFIDENTIAL BUSINESS INFORMATION].

Tesla has now revised its historical filings and posted unredacted summaries for 19 incidents involving its test fleet in Austin, Texas. The information is available on the National Highway Traffic Safety Administration (NHTSA) website under a Standing General Order requiring companies testing or deploying Automated Driving Systems (ADS) to report public-road crashes.

What the Unredacted Summaries Reveal

With the narratives now visible, the details indicate that most incidents were minor, low-speed events and were not caused by Tesla’s Full Self-Driving (FSD) system.

A notable share of the 19 incidents involved manually driven vehicles striking stationary Teslas. Several summaries describe the Tesla stopped at an intersection or red light and being slowly rear-ended by a human driver. In dense, low-speed urban settings, external actors also caused no-fault events, including a pedicab clipping the right-side mirror of a stopped Tesla and a motor scooter contacting the rear bumper before hopping a curb onto the sidewalk.

High Safety Rates with Safety Monitors Onboard

Across Tesla’s 19 reported incidents, the vast majority resulted in no injuries. Only two minor injuries were recorded, and there were no high-speed impacts, severe structural failures, or critical injury crashes.

All reported events occurred with human safety monitors in the front seats. None came from fully unsupervised operations, and none indicates a fundamental failure of the core machine-learning logic. The autonomous vehicle’s own minor errors were confined to tight areas such as parking lots or alleyways—for example, a tire scraping a curb or a side mirror contacting a metal chain fence or utility pole while reversing at single-digit speeds.

Tesla is in the process of transitioning its Robotaxi service to full autonomy without a safety driver or onboard monitor. The company’s recent expansion into Dallas and Houston has been entirely unsupervised.

A Familiar Trend for Robotaxis

Industry-wide data show that human drivers are responsible for most collisions involving autonomous fleets. This pattern was reflected recently when one of the newly mass-produced Cybercabs that Tesla is testing on public roads ahead of entry into the Robotaxi network was rear-ended by a manually driven vehicle.

Competitors such as Waymo and Zoox have reported higher total incident counts, which aligns with their larger fleet sizes. Publishing complete reports provides a clear, verifiable record and context for minor tire punctures or fender-benders as Tesla moves toward broader commercial operations.