A single casualty results from intense in-flight turbulence.
During a journey from London to Singapore, an airplane experiences rough weather. Sadly, one individual loses their life and approximately 30 others sustain injuries due to the turbulence. The plane is forced to perform an emergency landing in Bangkok, Thailand.
As per the Singapore Airlines statement, one individual has passed away, and over 30 others have incurred injuries caused by the intense turbulence on a flight to Singapore. They expressed their sincere condolences to the family of the deceased passenger online. The Boeing 777-300ER jet was filled with 211 passengers and 18 crew members.
The plane departed from London's Heathrow Airport but faced rough turbulence in the air. Flight SQ321 did not land in Singapore, as intended, but was rerouted to Bangkok, where it landed safely later in the day. Local newspapers stated that Thailand's weather was impacted by severe storms.
The Flightradar24 tracker reveals that the aircraft dropped 7,000 feet within moments while passing over Myanmar's western coastline. Images from social media sites show objects like food and utensils, which had been thrown about inside the plane's aisles.
The airline confirmed that they were collaborating with Thai authorities to offer medical assistance. Furthermore, a support team is on its way to Bangkok. Their top priority is to help everyone on board with their recovery process. Initially, it's unclear if the fatality was a passenger or one of the flight crew. The details surrounding the death have yet to be disclosed.
Read also:
- Floods: water levels remain critical in many places
- Snow chaos further restricts Bavaria
- Continuous operation in the flood areas
- Flood situation remains tense in many places
Despite the challenging international air travel conditions due to weather disturbances, airlines continue to operate flights cautiously. Consequently, the Airline Pilots' Association is advocating for modern technology to improve turbulence forecasting and navigation systems.
Source: www.ntv.de