Data Tesla submitted to the National Highway Traffic Safety Administration (NHTSA) confirmed that a driver-assistance system was active in a Tesla Model 3 before a fatal crash in Buena Vista Township, New Jersey. The crash killed Stephen Field, 82, the driver of a Honda Civic that was struck by the Tesla at the intersection of County Route 671 and Chestnut Avenue.
The crash occurred on July 6, 2025, at approximately 6:57 p.m. local time. According to the New Jersey State Police, the Tesla failed to stop at a stop sign and struck a Honda that was turning left. Field died from his injuries, while the Tesla driver and three passengers were injured and taken to a hospital with moderate injuries. The investigation remains ongoing.
What Do Tesla’s Data Confirm?
NHTSA’s Standing General Order requires automakers to report certain crashes in which Level 2 driver-assistance systems were active during the 30 seconds before the collision. In the report concerning this crash, Tesla identified the vehicle as a 2019 Model 3 and recorded the system’s activation status as Verified Engaged, meaning its telematics data confirmed that the system was active.
The report also recorded a fatality and indicated that Tesla retained the vehicle’s event-recorder data and telematics data. However, the company withheld the crash description, software version, and whether the road was within the system’s approved operational design domain, classifying these fields as confidential business information. The report indicates that Tesla withholds 99.9% of its reports in this manner.
Was the System Autopilot or Full Self-Driving?
The available data do not allow a definitive answer because the software version was withheld. The report suggests that the city-street driving function associated with Full Self-Driving may have been active, because the basic Autopilot system is designed primarily to maintain a lane on highways and does not handle stop signs. Still, this remains an inference rather than a final confirmation; a driver can activate Autopilot on an unsuitable road, while the system does not handle the signal.
The report records the Tesla’s speed before the crash as only 4 miles per hour, a speed closer to a rolling stop than to a fast crossing of the intersection. However, the report explains that this may be a snapshot from pre-crash data rather than the speed at the moment of impact, particularly because the airbags deployed. The figure alone also does not explain why the crash occurred.
Why Does This Matter?
The importance of the incident lies in distinguishing between two points: confirmation that a driver-assistance system was active and the absence of published evidence proving that it caused the crash. The vehicle operates within a Level 2 system, meaning the driver remains responsible for driving and monitoring the vehicle, even when the name Full Self-Driving is used commercially.
From an editorial standpoint, the incident reveals a significant information gap: Tesla has the event recorder and telematics data, but it has not published the records that could clarify the system’s function, the sequence of commands, and whether the driver intervened. Therefore, responsibility cannot be assigned to the system or the driver based solely on the available record. Electrek says it asked the New Jersey State Police for the crash report and vehicle data and asked whether investigators received raw measurements from Tesla or the company’s interpretation of them.