Fire crews complete lengthy extrication after vehicle crashes down hillside in South Eugene

Eugene, OR – Eugene Springfield Fire crews responded to an unusual single-vehicle crash in South Eugene on Thursday afternoon after an automatic crash detection system embedded in a watch alerted 911 dispatchers.

According to Eugene Springfield Fire, the incident occurred just before 3 p.m. on June 11, when emergency crews were dispatched to a reported crash involving a vehicle that had gone off the roadway. Dispatchers later learned the driver had crashed and was found upside down on a hillside.

The first arriving engine from the South Hills station located the crash down a long rural driveway near the area of 52nd Street and South Willamette Street. Crews reported the vehicle had come to rest on its roof after going down a steep embankment.

Officials said the incident required a lengthy extrication process before the sole occupant could be safely removed from the vehicle. The patient was later transported to a nearby hospital with non-life-threatening injuries.

Fire officials described the scene as complex due to multiple hazards and challenges encountered by responding crews. The crash site was located far off a main roadway, down a steep hillside, and involved several additional risks.

According to Eugene Springfield Fire, the vehicle struck and damaged a large propane tank during the crash, causing it to tumble down the hill and begin leaking. Crews also had to contend with elevated wildfire risk in the surrounding area, as well as the presence of high-voltage power lines nearby.

Officials noted that the combination of hazards made the incident similar to complex training and command scenarios used during promotional testing within the department. Despite the conditions, responders were able to stabilize the patient and manage multiple scene risks simultaneously.

In total, five fire crews, one medic unit, and two chief officers responded to the incident. Crews worked together to complete the extrication, manage the propane leak and fire risk, and transport the patient safely to the hospital.