Viral Video of Mahindra BE6 Fire Sparks EV Safety Debate; Data Shows EV Fires Remain Statistically Rare

A viral Instagram reel showing a Mahindra BE6 on fire has reignited concerns over EV safety. However, visual evidence and global fire data suggest battery-related incidents remain uncommon compared to conventional vehicles.

A video circulating widely on Instagram shows a Mahindra BE6 engulfed in flames on Gulaothi toll plaza in Bulandshahr, prompting renewed debate over electric vehicle safety. The short clip, which has gained significant traction online, has led some users to speculate that the vehicle’s battery pack may have caught fire. However, visual evidence from the footage suggests the cause may not be immediately attributable to battery failure.

The fire appears concentrated toward the rear and cabin section of the vehicle, with flames rising upward rather than originating from the underbody. In most documented cases of battery thermal runaway, ignition typically begins at the floor level where the battery pack is housed, often accompanied by intense white smoke and sustained flare-ups. The footage in this instance does not clearly show those characteristics.

As of publication, no official statement has confirmed the cause of the incident. All occupants of the vehicle escaped the vehicle and were physically unharmed.

The viral nature of the video has once again placed EV fire risk under public scrutiny. Yet global safety data consistently indicates that electric vehicles catch fire far less frequently than internal combustion engine (ICE) vehicles.

According to transport and insurance datasets from the United States and Europe, battery electric vehicles account for roughly 20 to 30 fire incidents per 1 lakh (100,000) vehicles, compared with 1,500 to over 2,000 incidents per 1 lakh ICE vehicles. Hybrids, in some analyses, show even higher rates due to the presence of both fuel systems and battery packs.

The higher fire incidence in conventional vehicles is largely linked to flammable liquid fuels, high-temperature engine components, and complex fuel delivery systems. Electric vehicles, by contrast, eliminate petrol and diesel but rely on high-voltage battery systems managed by thermal control software designed to prevent overheating.

Industry experts note that while EV battery fires can be dramatic when they occur, they remain statistically uncommon. However, their novelty and visual intensity often amplify public reaction when incidents are captured on camera.

India’s EV market is still in a growth phase, and perception plays a crucial role in adoption. Viral content can influence consumer confidence, especially in the absence of verified technical findings.

Until a formal investigation determines the exact cause of the Mahindra BE6 incident, attributing the fire specifically to battery malfunction would be speculative. What the available data makes clear, however, is that vehicle fires are not unique to electric mobility — and in relative terms, EVs continue to demonstrate lower fire incidence rates than their combustion-engine counterparts.

Link to the viral video.