Stuart, FL (June 10, 2026) – A 24-year-old technician died following a vehicle collision at Atlantic Tire in Stuart on Tuesday morning, June 9. The incident occurred after an 83-year-old customer drove into a service bay and accelerated forward inside the business.
Reports indicate the vehicle moved into the working space and struck the technician, pinning him against a wall inside the service bay. Emergency units arrived around 6:30 a.m. and found the man trapped between the vehicle and the structure. He was pronounced dead at the business.
The driver remained at the site as investigators began reviewing what led to the collision. The police later stated the customer’s vehicle entered the service bay before the acceleration that caused the impact. The technician’s identity has not been publicly released. The investigation remains active as more details are gathered about the circumstances surrounding the collision.
We extend our sincere condolences to the family and loved ones of the technician.
What Factors Are Reviewed in Workplace Vehicle Collisions Inside Service Bays?
Workplace collisions involving vehicles inside service bays usually lead to a detailed review of driver actions, vehicle movement, and building layout. Investigators commonly examine how the vehicle entered the working space and whether controls were engaged at the time of movement. Foot position, pedal input, and mechanical function may also be evaluated when sudden acceleration is reported.
Conditions inside service areas are also assessed, including floor surface traction, lighting, and space between work zones and entry points. These elements can influence how quickly a person can move away from a vehicle’s path. Safety barriers, warning markings, and shop design may also be reviewed to understand how protection measures were arranged.
Witness accounts and surveillance recordings, when available, help establish a timeline of movement within the building. Medical findings and vehicle inspection results can further support the reconstruction of events leading up to the collision.
