Burlington, MA (February 23, 2025) – Emergency responders were dispatched to a rollover crash with injuries on Interstate 95 Southbound near Exit 51 (Route 3A) on Sunday afternoon.
The accident occurred at approximately 12:18 PM, prompting law enforcement and medical personnel to respond to the scene. Reports confirmed that at least one vehicle had overturned, though officials have not yet determined if entrapment was involved. The severity of injuries sustained in the crash remains unclear as authorities continue their investigation.
Motorists were advised to use caution and expect delays in the area while emergency crews worked to assist those injured and clear the roadway. Officials are assessing the cause of the crash and whether factors such as speed, weather conditions, or driver distraction played a role.
Our thoughts are with those injured, and we hope for their recovery.
The Severity of Rollover Accidents on Highways
Rollover crashes are among the most serious types of accidents, often resulting in severe injuries or fatalities due to the violent impact and potential ejections. Vehicles with a high center of gravity, such as SUVs and trucks, are more prone to rolling over, especially when involved in sudden maneuvers or collisions at high speeds.
Highway rollovers frequently lead to head trauma, spinal injuries, and broken bones, making immediate medical attention critical. Even when seat belts and airbags are deployed, the force of impact can result in long-term physical complications.
For those involved in rollover accidents, seeking prompt medical evaluation, documenting the accident scene, and obtaining an official police report are crucial steps in ensuring a full recovery. Understanding legal options can also help victims manage medical expenses, lost wages, and vehicle damage resulting from the crash.
If you or a loved one has been injured in a rollover accident, help is available. Local Accident Reports provides resources and information to assist individuals in navigating the aftermath of a serious collision.