Woodbridge, NJ (February 20, 2026) – A 22-year-old woman was killed, and two others were critically injured in a head-on crash on Wednesday night in Woodbridge. The collision happened at approximately 10:36 p.m. on Rte 27 in Middlesex County.
Officials said an SUV traveling along the roadway struck a sedan head-on. The impact caused severe damage to both vehicles and left multiple occupants with serious injuries.
The driver of the sedan, a 22-year-old woman from Colonia, was taken to Hackensack Meridian Health JFK University Hospital. She later died from her injuries. A 21-year-old woman from Colonia who was riding as a passenger in the sedan was also taken to Robert Wood Johnson University Hospital with serious injuries. Her current condition has not been released.
The driver of the SUV, a 28-year-old man from Iselin, was transported to Robert Wood Johnson University Hospital. He remains in critical condition.
Authorities have not released the names of those involved and have not commented on the circumstances leading up to the crash; the incident remains under investigation. We extend our sincere condolences to the family of the deceased.
Why Head-On Collisions on Route 27 Often Result in Severe Injuries
Head-on crashes are among the most serious types of roadway collisions. When two vehicles strike each other from opposite directions, the force of impact is often greater than in other types of accidents.
Roads like Route 27 pass through busy areas of Middlesex County and carry steady traffic late into the evening. Reduced visibility at night can make it harder for drivers to react to sudden hazards or drifting vehicles.
In a head-on collision, front-end damage can directly affect the driver and front-seat passenger areas. Even with modern safety features such as airbags and seat belts, the risk of life-threatening injuries remains high.
Medical teams often transport victims to regional trauma centers for immediate care. Recovery can involve extended hospital stays and ongoing treatment, especially when injuries are described as critical.
