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Six Vehicles Collide on Mumbai Coastal Road; SUV Catches Fire
Representative photo ยท Photo: Wander-earth / Wikimedia Commons, CC BY-SA 4.0

Representative photo ยท Photo: Wander-earth / Wikimedia Commons, CC BY-SA 4.0
An early morning multi-vehicle collision on the Mumbai Coastal Road led to a dramatic SUV fire, though authorities confirmed no injuries were reported.
A series of vehicle collisions occurred on the northbound carriageway of the Mumbai Coastal Road during the early hours of Friday, November 13, 2026. The chain of events began when multiple vehicles collided with one another, resulting in a sudden traffic pile-up on the route connecting Marine Lines and Worli.
Following the initial collision, a Mahindra XUV700 crashed directly into the stationary vehicles halted on the roadway. The impact caused the sport utility vehicle to quickly burst into flames, generating significant alarm among motorists and local officials monitoring the area.
Upon receiving alerts regarding the accident and subsequent fire, emergency response teams were swiftly deployed to the location. Fire brigade personnel arrived and successfully extinguished the blazing vehicle by 3.26 a.m., preventing the flames from spreading further across the roadway.
No injuries were reported after six vehicles collided and an SUV caught fire.
In total, six different vehicles were involved in the multi-car accident. Alongside the firefighters, local police units, personnel from the 108 ambulance service, and dedicated Coastal Road staff were mobilized to manage the chaotic scene and assist stranded motorists.
The unexpected incident caused temporary disruptions to regular traffic flow along that specific arm of the corridor before normal operations could resume. Authorities cleared the damaged automobiles to restore safe transit for commuters traveling through the area.
Incidents on critical urban corridors like the Mumbai Coastal Road highlight the importance of swift emergency coordination among local police, medical services, and firefighting units during peak transit disruptions.




