Sanford, NC (March 15, 2026) – A man was killed in a three-vehicle crash on Saturday afternoon, March 14, along NC 87 near the intersection with Danford Road in Sanford. Emergency units responded to the scene around 2:25 p.m. Authorities said the crash occurred when a vehicle traveling north on NC 87 slowed to make a left turn onto Danford Rd.
Investigators reported that a second vehicle traveling behind the turning car struck it from the rear. The impact pushed the first vehicle into the southbound lane, where it collided with a third vehicle approaching from the opposite direction.
Officials identified the victim as Edward Tierney III, who died as a result of injuries sustained in the crash. Authorities have not released additional information regarding other individuals involved.
The driver accused of causing the crash, identified as Bruce Moore Jr., has been charged with misdemeanor vehicular homicide. Troopers said impairment is not suspected to have played a role in the collision.
Authorities continue to investigate the cause of the crash, and more details will be released as soon as they become available.
We extend our sincere condolences to the family and loved ones of Edward Tierney III.
How Rear-End Collisions Can Lead to Deadly Multi-Vehicle Crashes
Rear-end collisions are among the most common types of roadway accidents and can quickly escalate into more serious incidents when they occur on busy highways. When a driver fails to slow down or maintain a safe following distance, striking a vehicle from behind can force it into other lanes of traffic.
When a vehicle is pushed into an opposing lane, the risk of a secondary collision increases significantly. Oncoming vehicles may have little time to react, especially on highways where traffic travels at higher speeds.
Traffic safety experts emphasize the importance of maintaining proper following distance and remaining attentive to vehicles slowing or preparing to turn. Allowing sufficient space between vehicles gives drivers more time to react and reduces the likelihood of chain-reaction crashes.
