A devastating air disaster has left the world in mourning. On Thursday, an Air India flight tragically crashed shortly after taking off from Ahmedabad airport, India, killing nearly all of the 242 people onboard and causing multiple casualties on the ground.
The flight was bound for London Gatwick but never made it far from the runway. According to initial reports, the Boeing 787-8 Dreamliner issued a distress call moments after becoming airborne — barely reaching 190 meters before it lost altitude and went down in a residential neighborhood.
While investigators are still combing through the wreckage, the early hours of this crisis have already prompted serious questions from aviation professionals.
Black Box Recovered, Questions Remain
One of the aircraft’s two black boxes has been retrieved, a key step in piecing together the final moments of the doomed flight. Experts are urging caution, however, reminding the public that drawing conclusions before the flight data is fully analyzed can lead to misinformation.
Air India Chairman Natarajan Chandrasekaran confirmed that both Boeing and GE Aerospace are actively supporting the investigation, with teams already present at the crash site.
Disturbing Eyewitness Accounts from the Ground
Local residents described horrifying scenes. Flames, falling debris, and the sound of impact shattered the early morning calm in the area. Several witnesses shared how people trapped inside nearby buildings leapt from windows to escape the inferno. Others rushed to help the injured, overwhelmed by the chaos and destruction.
Experts Cautiously Offer Theories
Despite calls for patience, a few aviation analysts have begun suggesting possible explanations — always with the caveat that these are not definitive causes.
Dr. Sonya Brown, a senior lecturer in aerospace design, noted that video footage appears to show a stall — a dangerous loss of lift typically caused by reduced thrust. “If you lose speed after takeoff, the aircraft may no longer be able to sustain flight,” she explained, adding that radar data supports this theory.
