Incident location, Long Island
What Happened
Abraham Toribio, 20, of Merrick was killed in a single-vehicle crash on the eastbound Southern State Parkway east of Exit 29 at approximately 11:30 p.m. on Sunday, December 28, 2025, according to New York State Police. Newsday first reported the fatal collision, with state police issuing an updated news release confirming Toribio’s identity on Tuesday, December 30.
According to state police, Toribio’s vehicle departed the eastbound lanes of the parkway and struck a light pole and multiple trees before coming to rest on the shoulder. The sequence of impacts — first the light pole, then the trees — suggests the vehicle traveled a significant distance off the paved surface before finally stopping. Toribio was ejected from the vehicle during the collision, a factor that is frequently associated with the most catastrophic outcomes in single-vehicle crashes.
Toribio was transported to Nassau University Medical Center following the collision, where he was pronounced deceased, Newsday reported. No additional occupants of the vehicle were mentioned in the state police news release, and no other injuries were reported in connection with this crash.
New York State Police identified two contributing factors in the crash: unsafe speed and slippery pavement. The late-night timing of the collision — 11:30 p.m. on a Sunday in late December — places it squarely in conditions where both factors would be especially dangerous. Winter road surfaces on Long Island parkways can become treacherous in the overnight hours as temperatures drop and moisture freezes, reducing tire traction even on roads that may not appear visibly icy to drivers. When combined with excessive speed, those conditions dramatically shorten the margin for error in maintaining vehicle control.
The crash happened on the eastbound side of the Southern State east of Exit 29. State police confirmed the details in an updated release issued two days after the collision, reflecting the agency’s standard process of formally identifying fatality victims once next-of-kin notifications are complete. The victim was just 20 years old at the time of his death — a young Merrick resident whose life was cut short yards from a well-traveled Nassau County commuter corridor.
Location & Road Context
The Southern State Parkway is one of Long Island’s most heavily traveled limited-access roads, running east–west through Nassau and Suffolk counties and serving as a primary commuter and recreational route. The stretch east of Exit 29 — which connects to Wantagh State Parkway — is a high-speed segment of the parkway that sees substantial traffic volume even in overnight hours. The shoulder where Toribio’s vehicle came to rest is a narrow strip between active travel lanes and roadside hazards including utility poles and mature trees, leaving little buffer when a vehicle loses control.
According to Long Island Traffic’s incident database, the Southern State Parkway has logged 446 recorded incidents, underscoring the corridor’s persistent safety challenges. Recent incidents on this road include a crash on May 25, 2026, a crash on May 24, 2026, and a property-damage accident near Exit 37S on May 22, 2026. The frequency of incidents on this corridor — ranging from minor collisions to fatal crashes — reflects the real dangers that speed differentials and adverse pavement conditions can pose, particularly in the overnight hours when guardrails and lighting provide only partial protection.
Broader Impact
The role of slippery pavement and unsafe speed in this fatality adds Toribio’s death to a sobering Long Island-wide trend. As Newsday has reported through its ongoing traffic safety investigation, a crash causing death, injury, or significant property damage occurs on Long Island approximately every seven minutes on average — and more than 2,100 people were killed in traffic crashes on the Island between 2014 and 2023, with more than 16,000 others seriously injured during that same period. Single-vehicle ejection fatalities like this one, in which speed and road surface conditions interact lethally, represent a category of crash that safety advocates and transportation officials have long identified as among the most preventable — and among the most devastating for the families left behind.