Air India flight AI2379 traveling from Phuket, Thailand, to New Delhi, India, encountered severe turbulence on Tuesday, Aug. 4, injuring several people [1, 2].
The incident highlights the ongoing risks of clear-air turbulence and the critical importance of seatbelt compliance during flight to prevent cabin injuries.
The aircraft experienced a sudden altitude drop of approximately 300 feet [3]. This abrupt loss of altitude caused passengers and cabin crew to be thrown from their seats, leading to a variety of injuries among those on board [1, 2].
Reports regarding the exact number of casualties vary across sources. Metro said at least 17 people were injured [3], while Firstpost cited 14 injuries [4]. Other reports from MSN indicated nearly a dozen [2] or 12 people [5] were hurt during the event.
An unnamed passenger said to Channel News Asia that about 15 to 20 people were injured, including children [6]. The severe atmospheric turbulence was the primary cause of the aircraft's sudden descent [1, 2].
Flight crews and passengers were managing the aftermath as the plane continued its route to New Delhi [1, 4]. Air India has not yet released a detailed technical report on the specific atmospheric conditions encountered during the flight.
“About 15 to 20 people were injured, including children.”
This incident underscores a growing concern regarding severe turbulence in commercial aviation. While a 300-foot drop is not typically catastrophic for the aircraft's structural integrity, it is sufficient to cause significant injuries to unrestrained passengers. The variance in injury reports suggests a chaotic cabin environment where immediate triage was necessary upon landing.
