Ward County, TX (May 20, 2026) – Two men lost their lives Monday morning following a fiery three-vehicle crash on FM 1233 in Ward County. The deadly collision occurred around 6:50 a.m. near mile marker 234, according to the Texas Department of Public Safety.
Investigators said a 2017 Freightliner Cascadia Evolution with a trailer was traveling west while a 2026 Toyota Tundra headed east on FM 1233. A 2025 Ford F-250 was also traveling west behind the Freightliner at the time of the crash.
Preliminary findings indicate that the Toyota failed to maintain a single lane and struck the left rear axle of the Freightliner. After the initial contact, the Toyota continued forward and collided with the Ford F-250. Both vehicles caught fire following the wreck.
Officials identified the drivers killed as 22-year-old Sergio Lujan Olivas of Monahans and 40-year-old Enrique Flores III of Crane. Both men were pronounced dead at the site. Investigators stated both drivers were wearing seat belts during the collision.
Investigators continue examining what led to the fatal multi-vehicle crash on FM 1233. Our heartfelt condolences go out to the families and friends mourning these tragic losses.
Why Multi-Vehicle Highway Fires Can Become Extremely Dangerous
Crashes involving multiple vehicles can quickly become more severe when fuel systems or engine compartments ignite upon impact. Highway fires may spread rapidly, especially when larger trucks or heavy-duty pickups are involved. Intense heat and smoke can also complicate rescue efforts and reduce visibility for approaching drivers.
Investigators often review lane position, vehicle speed, roadway markings, and mechanical evidence when examining multi-vehicle crashes. Fire damage may complicate the investigation because it can destroy evidence needed to reconstruct the sequence of contact. Safety equipment such as seat belts can reduce the likelihood of ejection and help lower injury severity, though high-speed roadway fires still present major dangers. Transportation safety experts also study whether fatigue, distraction, or roadway departures contributed to vehicles crossing into the opposing lanes before the collision.
