Fort Wayne, IN (March 21, 2026) – Two people were injured following a crash at the intersection of Airport Expressway and Bluffton Road on the southwest side of Fort Wayne.
The accident occurred around 5:00 p.m. on Friday, March 20. Early reports indicate an SUV was traveling eastbound on Airport Expressway while a westbound sedan attempted a left turn onto Bluffton Road.
The turning vehicle reportedly entered the path of the SUV, resulting in a collision at the intersection. After the impact, the SUV came to rest on its side, while the sedan came to rest partially off the roadway.
Emergency units responded to the scene and assisted those involved in the crash. The driver and a passenger in the SUV were taken to a local hospital.
Officials said the driver of the SUV was listed in good condition, while the passenger was reported in life-threatening condition. The driver of the sedan was not reported to have any injuries.
Authorities continue to investigate the cause of the crash, and more details will be released as soon as they become available.
Our thoughts are with those affected as they continue to recover.
Why Left-Turn Collisions Are Common at Busy Intersections
Crashes involving left turns often occur when one vehicle attempts to cross the path of oncoming traffic. Drivers making the turn must judge the distance and speed of approaching vehicles before entering the intersection.
When traffic is moving quickly, a small miscalculation can lead to a collision. Vehicles traveling straight through an intersection typically have the right of way, which can create dangerous situations if a turning driver misjudges timing.
These types of crashes frequently happen at larger intersections where several lanes of traffic meet. Limited visibility, traffic signals, and nearby buildings or vehicles can also make it harder for drivers to clearly see approaching traffic.
Because the side of a vehicle may take the force of the impact during a turning crash, occupants can experience serious injuries depending on the angle and speed involved.
