Kearney, NE (May 29, 2026) – One person died following a two-vehicle crash on the north side of the Ave M-N Overpass in Kearney on Thursday afternoon.
Police said emergency units were dispatched to the roadway at approximately 3:26 p.m. A preliminary investigation determined that a flatbed pickup truck was traveling northbound on the overpass when it collided with a southbound semi-truck and trailer.
Investigators identified the pickup driver as Joel Lungrin, 48, of Axtell. Police said Lungrin’s truck left its lane of travel, crossed the centerline, and struck the front driver’s side of the semi. The force of the collision caused significant damage, and both vehicles were declared total losses.
Lungrin was pronounced dead at the roadway. The semi driver, who was operating a truck owned by Food Bank for the Heartland of Omaha, was taken to a hospital and later released.
An autopsy has been ordered as part of the ongoing review. Investigators continue to gather evidence and examine all factors related to the fatal collision. Our heartfelt condolences go out to Joel Lungrin’s family, friends, and loved ones during this difficult time.
What Is Reviewed After a Centerline-Crossing Fatal Crash?
When a vehicle crosses into an opposing lane of traffic, investigators work to determine what factors may have contributed to the movement. This review often includes an examination of roadway conditions, vehicle damage, witness statements, and any physical evidence found at the crash site.
Head-on collisions are often among the most severe roadway crashes because the vehicles involved may be traveling toward each other at high speeds. The combined force generated during contact can lead to extensive damage and serious or fatal injuries.
In cases involving commercial vehicles, investigators may also review maintenance records, vehicle inspections, and other operational information. Findings from autopsies, medical evaluations, and mechanical inspections can help provide a more complete understanding of the circumstances surrounding the collision and the sequence of events that occurred before impact.
