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Los Angeles County, CA (June 20, 2026) – A possible head-on collision involving two vehicles was reported on Friday morning on Angeles Crest Highway near mile marker 31.5 in the Angeles National Forest area.
Dispatch records show the accident was reported at approximately 7:00 a.m. on June 19, near mile marker 31.42, several miles before the junction with Angeles Forest Highway. Early reports described a green Kia Soul and a white sedan involved in the crash. Additional updates later referenced a white pickup truck and indicated that two vehicles with deployed airbags were blocking part of the roadway.
The collision occurred near a fire station along the highway, according to dispatch notes. Tow trucks were requested to remove the damaged vehicles, and crews worked to clear the roadway throughout the morning. By approximately 7:32 a.m., the roadway had reopened to traffic, though vehicle recovery efforts continued afterward.
The extent of any injuries was not disclosed in the initial report. Investigators are continuing to examine the circumstances that led to the crash.
We are thinking of everyone affected and wish them a full recovery.
What Makes Mountain Highway Crashes More Challenging?
Mountain highways usually present driving conditions that differ significantly from those found on urban roads and major freeways. Curving roadways, changing elevations, limited shoulders, and reduced sight distances can make it more difficult for drivers to react to unexpected hazards.
When a collision occurs in a mountainous area, vehicle recovery and traffic management may take longer because of the terrain. Narrow roadway sections can limit access for towing equipment and require temporary traffic restrictions while damaged vehicles are removed.
Investigators reviewing crashes on mountain roads frequently consider roadway geometry, visibility, weather conditions, vehicle positions, and physical evidence left behind. These factors help establish how the vehicles interacted before coming to rest. Careful analysis can provide a clearer understanding of the sequence of movements and conditions present at the time of the collision.
