Singapore Airlines Flight Turbulence: Gravitational Changes Led to 178-Feet Altitude Drop, One Passenger Dead
Title: Rapid Gravitational Changes Cause 178-Feet Altitude Drop on Singapore Airlines Flight, Leaving One Dead and Many Injured
KUALA LUMPUR, Malaysia — A Singapore Airlines flight experienced extreme turbulence last week, resulting in a 178-feet altitude drop that left one passenger dead and many others injured. The incident, caused by rapid changes in gravitational force, occurred during a flight from London to Singapore on May 21.
According to a preliminary investigation by Singapore’s Transport Ministry, the Boeing 777 aircraft with 211 passengers and 18 crew members onboard encountered turbulence over the south of Myanmar. The sudden changes in gravitational force led to the plane climbing to an altitude of 37,362 feet before experiencing a rapid descent.
Tragically, a 73-year-old British man died of a suspected heart attack during the turbulence, while dozens of others sustained injuries as people and items were thrown around the cabin. The plane made an emergency landing in Bangkok to attend to the injured passengers.
Investigators, including teams from the U.S. National Transportation Safety Board, Federal Aviation Administration, and Boeing, have been analyzing the flight data and cockpit voice recorders to determine the sequence of events that led to the incident. Early findings suggest that the aircraft’s autopilot attempted to stabilize the plane after the rapid changes in gravitational force.
Passengers onboard described the terrifying experience of the aircraft shaking violently, with loose items flying around and injured individuals lying on the floor. Twenty-six people remained hospitalized in Bangkok, with injuries ranging from spinal damage to skull injuries.
Turbulence is a common occurrence during flights, with clear air turbulence being one of the most dangerous types. Wind shear can create powerful air currents, leading to sudden and unexpected turbulence. According to reports, turbulence accounted for a significant number of accidents on commercial airlines in recent years.
The investigation into the Singapore Airlines incident is ongoing, as authorities work to determine the exact cause of the turbulence and prevent similar incidents in the future.