DAVIS, Yolo County, Calif., Nov. 4, 2026 — A driver was hurt on Tuesday afternoon, November 3, when a white Kia sedan hit a wall and then collided with a semi-truck on westbound Interstate 80 at Chiles Road, according to the California Highway Patrol.
The crash was reported shortly after 1 p.m. in the No. 3 lane of westbound I-80, the CHP log shows. Dispatchers initially logged the call as a collision with unknown injuries before upgrading it to a minor-injury crash. A caller reportedly told dispatchers they were unable to open a door following the collision.
The semi-truck involved, described in CHP records as a white big rig pulling a flatbed trailer, pulled to the right shoulder about a quarter mile past the crash site. The truck driver requested that CHP officers meet him there to exchange information, according to the dispatch log. Davis Fire units responded to the scene.
The collision created a traffic hazard that blocked a travel lane before all lanes reopened later on Tuesday afternoon.
The incident remains under investigation. We wish those injured a full recovery.
Intersection Safety in California
The truck crash was reported at I-80 and Chiles Road in Davis. Readers following crash news in Yolo County can find more about intersections across the state on our guide to California intersections.
Frequently Asked Questions
Does driver fatigue play a role in truck crashes?
Fatigue is a recognized factor in commercial truck crashes because big-rig drivers frequently cover long distances on tight schedules. Investigators typically review hours-of-service logs when a truck is involved in a collision.
Why do large trucks need more distance to stop than cars?
A loaded semi-truck can weigh tens of thousands of pounds more than a passenger car, so it needs significantly more distance to slow down or stop, especially at highway speeds.
What makes truck crashes more severe than typical car crashes?
The size and weight difference between a semi-truck and a passenger vehicle means the smaller vehicle and its occupants usually absorb more of the impact.