Terrifying turbulence leaves 12 injured as passengers smash heads on plane roof during flight to India
A flight bound for India was hit by severe turbulence so violent that passengers were thrown from their seats and struck their heads on the cabin ceiling, leaving 12 people injured. The incident highlights the growing risk turbulence poses to air travel, with scientists linking an increase in severe mid-air jolts to climate change and shifting jet stream patterns.
Passengers described terrifying scenes as the aircraft dropped suddenly, catapulting unbelted travellers upward and causing several to sustain head and neck injuries requiring medical attention. Crew members worked to treat the injured on board, and the flight continued on to its destination in India, where emergency services were reportedly on standby.
- Severe turbulence on India-bound flight injures 12 passengers
- Passengers hit heads on cabin roof during sudden drop
- Incident adds to concerns over rising turbulence linked to climate change
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Severe turbulence occurs when a plane hits sudden, unpredictable pockets of disturbed air, often invisible to radar, causing it to jolt violently with little or no warning. When it strikes without seatbelt warnings having been heeded, unsecured passengers and crew can be thrown from their seats, sometimes hard enough to hit the cabin ceiling. Long-haul routes over mountainous terrain or areas with strong jet streams, such as many flights to and from India, are known to be more prone to these episodes.
Turbulence-related injuries have become a growing talking point in aviation because researchers have recorded an increase in clear-air turbulence in recent years, with some studies linking this to climate change altering wind patterns at cruising altitude. This type of turbulence is particularly hard for pilots to anticipate or avoid, which is why airlines increasingly urge passengers to keep seatbelts fastened throughout a flight, even when the sign is off.
Incidents like this one draw attention because they raise questions about passenger safety procedures, airline preparedness for in-flight medical emergencies, and whether current forecasting and aircraft technology are keeping pace with changing atmospheric conditions.