Bethlehem Township, NJ (May 13, 2026) – Two Connecticut residents were seriously injured after a three-vehicle accident on Rte 78 West in Hunterdon County.
The crash happened around 12:55 a.m. on Tuesday, May 12, in Bethlehem Township. According to preliminary reports, a Toyota struck the rear of a Ford SUV while traveling along the westbound side of the highway. The impact caused the Ford to leave the roadway and hit a guardrail.
Officials said the Toyota became disabled in the roadway following the initial collision. A Honda passenger vehicle then struck the Toyota from behind moments later. Emergency units responded to the scene and assisted those involved in the crash.
The driver of the Toyota, identified as a 21-year-old man from East Haven, Connecticut, suffered serious injuries. A 20-year-old woman from Bradford, Connecticut, who was riding in the vehicle, was also badly hurt. Both were taken to a nearby hospital for treatment. The driver and passenger inside the Honda reportedly suffered moderate injuries.
Authorities continue to investigate the cause of the crash, and more details will be released as they become available.
We are thinking of those injured as they receive medical care.
What Factors Can Lead to Multi-Vehicle Accidents on Highways Like Rte 78?
Multi-vehicle crashes on busy highways often happen within seconds, especially during overnight hours when visibility is lower, and traffic speeds remain high. Rear-end accidents can quickly lead to chain-reaction collisions if disabled vehicles remain in active travel lanes.
Road conditions, driver reaction time, and spacing between vehicles are often reviewed after these types of crashes. Even a minor impact can create dangerous conditions for approaching drivers who may not have enough distance to stop safely.
Guardrails and highway barriers are designed to reduce the severity of roadway departures, though secondary impacts can still cause serious injuries. In crashes involving several vehicles, medical evaluations may vary widely depending on seating position, speed, and the angle of impact.
