Coffey County, KS (May 8, 2026) – Multiple drivers were hospitalized following a chain reaction crash early on Friday on Interstate 35 just west of BETO Junction in Coffey County.
The crash was reported after a southbound vehicle struck a deer in the roadway, leaving it disabled in the travel lanes. Shortly after, the driver observed two semi-trucks approaching in both lanes of traffic.
In an attempt to avoid the approaching trucks, the driver moved toward the median. One of the semi-trucks then struck the disabled vehicle, pushing it into the median and across toward the northbound side of the interstate. The semi-truck subsequently left the roadway and rolled onto its side.
A responding deputy arrived at the scene and positioned a patrol vehicle in the northbound passing lane near the median while emergency operations were underway. Additional response units worked to assist those involved and manage traffic in the area.
At least one driver was hospitalized as a result of the crash, and three individuals were cited in connection with the incident, according to preliminary reports.
Authorities continue to investigate the cause of the crash, and more details will be released as soon as they are provided.
We are thinking of those injured as they receive medical care.
Why Deer-Related Interstate Crashes Can Escalate Quickly
Crashes involving animals on high-speed roadways can escalate rapidly due to sudden lane blockages and limited stopping distance. When vehicles become disabled in active lanes, they create a secondary hazard for
approaching traffic.
Investigators often examine vehicle positions, reaction times, and visibility conditions to determine how subsequent impacts occurred. Multi-lane highways can be especially dangerous when drivers must make split-second decisions to avoid obstacles.
Chain-reaction crashes involving large commercial vehicles often require extensive scene control due to vehicle size, cargo loads, and roadway blockages. These factors can significantly extend cleanup and investigation time after the initial collision.
