Kansas City, KS (March 21, 2025) – A three-vehicle crash occurred early Friday morning on southbound I-635 near milepost 0.8, just south of Shawnee Drive. The collision took place at approximately 6:46 a.m. and resulted in injuries. According to authorities, traffic had stopped when a Ford Expedition rear-ended a Porsche Cayenne, which then collided with a Buick Lucerne. One person sustained injuries in the crash.
Emergency responders arrived at the scene and transported 26-year-old Griselda Guadalupe Garcia-Campoverde, the driver of the Porsche Cayenne, to KU Med with suspected minor injuries. The other drivers, identified as 19-year-old Emanuel Rodriguez-Borjas, who was operating the Ford Expedition, and 24-year-old Andy Enrique Martinez Lopez, who was driving the Buick Lucerne, were not reported to have sustained any injuries. Law enforcement temporarily restricted traffic in the area while clearing the scene. The investigation into the crash remains ongoing, and further details may be released as they become available.
Our thoughts are with the injured victim, and we wish her a full and speedy recovery.
Rear-End Collisions in Kansas
Rear-end accidents are among the most common types of vehicle collisions. According to the National Highway Traffic Safety Administration (NHTSA), nearly 29% of all crashes in the United States involve a rear-end impact. These accidents frequently result from distracted driving, tailgating, or sudden stops in traffic. The consequences can range from minor injuries to severe, life-altering conditions, particularly when high speeds or multiple vehicles are involved.
Victims of rear-end collisions may face significant medical expenses, vehicle repairs, and lost wages. Consulting with an experienced attorney can help ensure they receive the compensation they deserve. If you or a loved one has been injured in an accident, it is crucial to understand your rights. Contact the legal team at Bretz Injury Law for a free consultation at 620-524-0080 to discuss your options and begin your recovery process.
