Omaha, NE (June 8, 2026) – A man in his 60s suffered severe injuries after being struck by a vehicle near the intersection of 42nd Street and H Street in Omaha on Sunday afternoon, June 7.
Emergency units were dispatched to the roadway around 2:32 p.m. following reports of a pedestrian collision. Initial reports stated the man was thrown about 10 to 15 feet during the crash and was unconscious when medical crews arrived. He later regained some responsiveness and was taken to a trauma center for treatment.
Officials reported the man had head trauma and a Glasgow Coma Scale score of 11 while being transported. No additional details about the driver or the circumstances leading up to the wreck were immediately released.
We are thinking of the injured man and hope for his recovery.
Why Pedestrian Crashes Cause Severe Head Injuries
Pedestrians have little protection during a collision with a moving vehicle, making head injuries one of the most serious risks. When a person is thrown onto the pavement or into another object, the force can cause traumatic brain injuries even at moderate speeds. In addition, national safety data shows that pedestrian fatalities have risen in recent years, with head trauma identified as a leading cause of death in these incidents.
Medical teams use the Glasgow Coma Scale, or GCS, to measure a person’s level of consciousness after head trauma. Lower scores may indicate more severe injuries and can help guide emergency treatment decisions. Furthermore, clinical research indicates that early assessment using tools like the GCS plays an important role in predicting outcomes and determining the urgency of care.
Busy intersections and urban streets may increase the danger for pedestrians because of turning traffic, limited visibility, and sudden vehicle movements. In fact, transportation data shows that a large share of pedestrian crashes occur at or near intersections, where multiple traffic movements overlap. Drivers and pedestrians are both encouraged to stay alert and use caution near crossings and intersections, as awareness and visibility are key factors in reducing these types of incidents.
