Warwick, RI (April 18, 2026) – A fatal two-vehicle crash on a highway ramp in Warwick left two people dead and another seriously injured Saturday afternoon.
According to Rhode Island State Police, the crash occurred around 1:34 p.m. on the ramp connecting Route 113 West to Interstate 95 South near Exit 28A.
Investigators say a silver Hyundai SUV traveling southbound on I-95 began drifting across lanes before striking a guardrail multiple times. The vehicle then crossed a grassy median and entered the ramp, where it collided with a black Mercedes SUV traveling onto the highway.
The impact caused the Mercedes to roll over and come to rest on the ramp, while the Hyundai continued off the roadway and down an embankment.
Authorities confirmed that a 73-year-old man and a 69-year-old woman inside the Hyundai sustained fatal injuries and were later pronounced dead at a hospital.
The driver of the Mercedes, a woman, suffered critical injuries and was transported for emergency medical treatment.
Emergency crews responded to the scene and worked for several hours to assist victims, investigate the crash, and clear the roadway. All lanes were reopened later in the afternoon.
The crash remains under investigation, and additional details may be released as authorities continue their review.
We extend our condolences to the families of those who lost their lives and hope for the recovery of the injured victim.
What Factors Can Lead to Cross-Lane and Rollover Collisions?
Crashes involving vehicles crossing multiple lanes often begin with a loss of control, which can be caused by driver distraction, medical emergencies, or roadway conditions. When a vehicle leaves its lane and strikes barriers or enters opposing traffic paths, the risk of severe collisions increases significantly.
Rollover crashes, like the one involving the Mercedes SUV, are particularly dangerous because they can lead to serious injuries due to the force and unpredictability of the vehicle’s movement. Highway ramps and merging areas add another layer of risk, as vehicles are already navigating curves and changing speeds, making it more difficult to avoid sudden hazards.
