A dramatic incident unfolded this morning when an Indian Air Force fighter jet suffered a catastrophic malfunction and crashed moments after takeoff. The event, which sent shockwaves across social media within minutes, was captured in a terrifying 15-second handheld video recorded by a nearby woman.
Jet Falling From the Sky — “Boom” From the Start
According to early eyewitness accounts, the aircraft had already begun dropping rapidly from the sky when bystanders heard a sudden “drop-down boom” — believed to be the moment the jet’s engine failed completely. Smoke could be seen trailing behind the aircraft as it spiraled downward.
In the viral footage, the woman recording can be heard gasping as the jet descends at high speed. She zooms in while struggling to keep her phone steady, capturing the final seconds before impact.
Massive Explosion Upon Impact
The aircraft crashed into an open field just outside a training base, erupting into a massive fireball that sent dust and debris flying. The shockwave rattled nearby houses and momentarily blurred the phone footage as dust hit the camera lens.
Emergency responders arrived within minutes, but the crash site remained engulfed in flames for some time. Authorities have not yet confirmed the condition of the pilot or whether there were any casualties on the ground.
Preliminary Investigation Underway
Early assessments suggest the crash may have been caused by a sudden mechanical failure, potentially linked to the jet’s propulsion system. The Indian Air Force has launched a full investigation and is expected to release an official statement later today.
Local officials have cordoned off the area and urged nearby residents to stay clear as debris continues to smolder.
Social Media Reaction
The woman’s video has already gathered millions of views, with viewers around the world commenting on the shocking realism and the speed of the aircraft’s descent. Many expressed relief that the crash occurred in an empty field, preventing a much larger tragedy.
Developing Story
Authorities are expected to provide updates as soon as more information becomes available.
