Fatal I-80 Crash Involving Tesla FSD Prompts CHP Investigation in Vallejo

Key points

• A 71-year-old pedestrian was fatally struck by a Tesla in Full Self-Driving mode on I-80 in Vallejo, CA, around 2:30 AM on Thursday.
• The California Highway Patrol reviewed dashcam footage showing the Tesla applied brakes and steered left to avoid the pedestrian, but the front right portion of the car still hit the individual.
• The Tesla driver stopped and remained at the scene, while authorities believe at least one other vehicle struck the pedestrian but did not stop.
• The CHP Solano Area office is seeking witnesses or information regarding the accident.
• This incident occurred one week after a separate FSD-related crash on I-80 where a driver fell asleep and hit a police cruiser.

Background

This fatal accident follows a pattern of recent incidents involving Tesla’s Full Self-Driving system in California. In mid-October, a 22-year-old driver allegedly fell asleep while using FSD on I-80 in Fairfield, crashing into a CHP cruiser and injuring two officers. Earlier in September, another driver was cited for sleeping at 60 mph with FSD engaged in Solano County. These events have prompted repeated warnings from the CHP that FSD is a driver-assist system requiring constant human supervision, not a fully autonomous mode.

Why it matters

The fatal collision highlights ongoing safety concerns regarding the use of advanced driver-assist systems on major highways, particularly at night. It underscores the limitations of current technology in detecting and avoiding pedestrians, even when evasive maneuvers are initiated. The incident adds to growing scrutiny of Tesla’s FSD labeling and the responsibility of drivers to remain vigilant, especially following a series of similar crashes in the same region within a short timeframe.

What to watch

The CHP Solano Area office is actively seeking witnesses and information to determine if other vehicles were involved in the pedestrian’s death. The investigation will likely examine the specific conditions of the FSD system at the time of the crash and whether the driver was adequately supervising the vehicle. This may lead to further public statements from authorities regarding the risks of relying on driver-assist technology in complex traffic environments.