LEXINGTON, Fayette County, Ky., Nov. 2, 2026 — Two people were hospitalized after a car crashed into an ambulance late Saturday night, October 31, near West Main Street and North Mill Street in Lexington, Kentucky.
Lexington police said officers responded to the intersection around 11:22 p.m. A passenger car reportedly collided with the ambulance before also striking a traffic light control box and another vehicle.
Two occupants of the passenger car were taken to a local hospital with injuries described by police as non-life-threatening. It is not known whether anyone aboard the ambulance, or anyone in the other vehicle involved, was hurt; that detail has not been released.
The crash remains under investigation, and police have not said what led up to the collision. No further details, including names or the ambulance's condition at the time, have been made public.
We wish the injured a complete and speedy recovery.
Intersection Crashes in Kentucky
This crash happened at West Main Street and North Mill Street in Lexington, Kentucky. Our Kentucky intersections page covers intersection crashes across Kentucky.
Frequently Asked Questions
What can drivers do to avoid colliding with emergency vehicles?
Remember to slow down and yield the right of way whenever lights and sirens are active, and watch intersections closely at night, when visibility is lower and emergency vehicles may be moving against normal traffic patterns.
What injuries commonly result from intersection crashes like this one?
Occupants frequently suffer injuries such as whiplash, broken bones, and head or chest injuries from striking the interior of the vehicle, though severity varies widely based on speed and impact angle.
What usually causes crashes at intersections?
Common causes include failure to yield, running red lights or stop signs, distracted driving, and misjudging the speed or path of another vehicle, including emergency responders.
Does speed affect how severe a crash turns out to be?
Yes. Higher speeds give drivers less time to react and increase the force of impact, which tends to make injuries more severe and vehicle damage more extensive.
