An Air India flight from Phuket, Thailand, to Delhi, India, encountered severe atmospheric turbulence that caused the aircraft to drop suddenly [1, 2].
The incident highlights the ongoing risks of severe clear-air turbulence and the critical importance of passenger safety protocols during unexpected altitude shifts.
According to reports, the aircraft experienced a sudden plunge of 300 feet [1]. The rapid descent caused significant distress and physical injury to those on board. The severity of the turbulence resulted in 13 passengers being hospitalized [1].
Crew members were not the only ones affected by the instability. Four crew members also required hospitalization following the event [1]. Passengers described the experience as a terrifying ordeal, with some saying they believed they would die during the plunge [1, 2].
The flight was traveling from Phuket toward the Indian capital when the atmospheric conditions shifted. While the aircraft continued its journey, the number of injuries required immediate medical intervention upon landing [1].
Air India has not released a detailed technical report regarding the specific atmospheric conditions that led to the drop. However, the event underscores the volatility of high-altitude currents that can impact commercial aviation regardless of flight path or aircraft type [1].
“The aircraft experienced a sudden plunge of 300 feet.”
This incident reflects a broader trend of increasing severe turbulence reports in commercial aviation. The fact that 17 people required hospitalization after a 300-foot drop suggests that even relatively small altitude changes can cause significant injuries if the descent is abrupt enough to throw passengers and crew from their seats.
