Singapore Airlines has offered compensation to passengers affected by extreme turbulence on flight SQ321 last month. The airline stated on Tuesday that customers with minor ailments had been paid $10,000, while those with catastrophic injuries are asked to discuss customised compensation packages. For passengers with long-term medical demands, a $25,000 advance payment has been provided to cover immediate financial needs, which will be included in any eventual settlement.<o:p></o:p>

<h2 class="MsoNormal">Incident overview and immediate response<o:p></o:p></h2>

The turbulence occurred on May 20, as flight SQ321 from London to Singapore flew over Myanmar. The strong turbulence killed a 73-year-old passenger, who suffered a suspected heart attack, and injured many more. The airplane was rerouted to Bangkok, Thailand, where injured passengers got medical care. Injury reports from a Bangkok hospital included spinal cord injury, brain injuries, and skull fractures. As of June 4, 20 passengers remained in hospitals.<o:p></o:p>

<h2 class="MsoNormal">Passenger experience and safety measures<o:p></o:p></h2>

Passengers on board described the turbulence as quick and severe, leading those not strapped in to be flung against the cabin ceiling, which fractured in many places. This incident has brought seatbelt practices to light, specifying the significance of fastening seatbelts even during regular cruise conditions. According to a preliminary report from Singapore's Transport Ministry, the turbulence caused a quick change in gravity pull and a 54-metre height decrease.<o:p></o:p>

<h2 class="MsoNormal">Regulatory compliance and refunds<o:p></o:p></h2>

In addition to providing compensation for injuries, Singapore Airlines would refund all passengers' airfares on the impacted trip. The airline also verified that compensation for delays will be offered following European Union and British legislation. At the time of the event, the flight carried 211 passengers, many of them were Australians, British, or Singaporeans, as well as 18 staff members.<o:p></o:p>

The turbulence was linked to "developing convective activity" over Myanmar, which referred to the upcoming poor weather. Singapore Airlines has not yet offered an update on the number of passengers still seeking medical attention, but it continues to assist individuals affected by the event.<o:p></o:p>

(With inputs from Agencies)<o:p></o:p>

Singapore Airlines has offered compensation to passengers affected by extreme turbulence on flight SQ321 last month. The airline stated on Tuesday that customers with minor ailments had been paid $10,000, while those with catastrophic injuries are asked to discuss customised compensation packages.

Singapore Airlines has offered compensation to passengers affected by extreme turbulence on flight SQ321 last month. The airline stated on Tuesday that customers with minor ailments had been paid $10,000, while those with catastrophic injuries are asked to discuss customised compensation packages. For passengers with long-term medical demands, a $25,000 advance payment has been provided to cover immediate financial needs, which will be included in any eventual settlement. Incident overview and immediate response The turbulence occurred on May 20, as flight SQ321 from London to Singapore flew over Myanmar. The strong turbulence killed a 73-year-old passenger, who suffered a suspected heart attack, and injured many more. The airplane was rerouted to Bangkok, Thailand, where injured passengers got medical care. Injury reports from a Bangkok hospital included spinal cord injury, brain injuries, and skull fractures. As of June 4, 20 passengers remained in hospitals. Passenger experience and safety measures Passengers on board described the turbulence as quick and severe, leading those not strapped in to be flung against the cabin ceiling, which fractured in many places. This incident has brought seatbelt practices to light, specifying the significance of fastening seatbelts even during regular cruise conditions. According to a preliminary report from Singapore's Transport Ministry, the turbulence caused a quick change in gravity pull and a 54-metre height decrease. Regulatory compliance and refunds In addition to providing compensation for injuries, Singapore Airlines would refund all passengers' airfares on the impacted trip. The airline also verified that compensation for delays will be offered following European Union and British legislation. At the time of the event, the flight carried 211 passengers, many of them were Australians, British, or Singaporeans, as well as 18 staff members. The turbulence was linked to "developing convective activity" over Myanmar, which referred to the upcoming poor weather. Singapore Airlines has not yet offered an update on the number of passengers still seeking medical attention, but it continues to assist individuals affected by the event. (With inputs from Agencies)

Singapore Airlines compensates passengers after turbulence incident

A Singapore Airlines flight encountered severe turbulence recently, according to a preliminary investigation. The plane rapidly descended over 54 meters (177 feet) in less than five seconds.

A 73-year-old passenger died of a suspected heart attack and several people were injured after flight SQ321 from London to Singapore encountered with sudden turbulence while flying over Myanmar.

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The flight carrying 211 passengers and 18 crew was diverted to Bangkok for an emergency landing.

Singapore’s transport ministry said in a statement, “The aircraft experienced a quick change in gravitational force, this likely resulted in the passengers who were not belted up to become airborne and fall back down.”

“The rapid changes in gravitational force over the 4.6 seconds duration resulted in an altitude drop of 178ft (54m), from 37,362ft to 37,184ft. This sequence of events likely caused the injuries to the crew and passengers,” the statement further said.

Photos of the cabin revealed gashes in the overhead panels, oxygen masks and panels hanging from the ceiling, and luggage scattered around.&nbsp;

One passenger reported that some people's heads had slammed into the lights above the seats, breaking the panels.

Singapore Airlines said they were cooperating fully with the investigation.

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“We are committed to support our passengers and crew who were onboard SQ321 on that day, as well as their families and loved ones,” it said in a statement.

The airline informed 45 people who were onboard the flight were still in Bangkok, including 28 passengers receiving medical treatment in hospital.

The investigation team comprised Singaporean investigators, representatives from Boeing and US officials from the National Transportation Safety Board (NTSB) and the Federal Aviation Administration (FAA).

(With inputs from agencies)

A Singapore Airlines flight encountered severe turbulence recently, according to a preliminary investigation. The plane rapidly descended over 54 meters (177 feet) in less than five seconds.

A Singapore Airlines flight encountered severe turbulence recently, according to a preliminary investigation. The plane rapidly descended over 54 meters (177 feet) in less than five seconds. A 73-year-old passenger died of a suspected heart attack and several people were injured after flight SQ321 from London to Singapore encountered with sudden turbulence while flying over Myanmar. Also read: American Airlines asked Black passengers to deboard over body odour complaint The flight carrying 211 passengers and 18 crew was diverted to Bangkok for an emergency landing. Singapore’s transport ministry said in a statement, “The aircraft experienced a quick change in gravitational force, this likely resulted in the passengers who were not belted up to become airborne and fall back down.” “The rapid changes in gravitational force over the 4.6 seconds duration resulted in an altitude drop of 178ft (54m), from 37,362ft to 37,184ft. This sequence of events likely caused the injuries to the crew and passengers,” the statement further said. Photos of the cabin revealed gashes in the overhead panels, oxygen masks and panels hanging from the ceiling, and luggage scattered around. One passenger reported that some people's heads had slammed into the lights above the seats, breaking the panels. Singapore Airlines said they were cooperating fully with the investigation. Also read: Virgin Atlantic flight makes emergency landing in Edinburgh after nose gear malfunction “We are committed to support our passengers and crew who were onboard SQ321 on that day, as well as their families and loved ones,” it said in a statement. The airline informed 45 people who were onboard the flight were still in Bangkok, including 28 passengers receiving medical treatment in hospital. The investigation team comprised Singaporean investigators, representatives from Boeing and US officials from the National Transportation Safety Board (NTSB) and the Federal Aviation Administration (FAA). (With inputs from agencies)

Singapore Airlines plane fall 54 meters in seconds, flight data reveals

Preliminary findings of the investigation, released on Wednesday (May 29), into a Singapore Airlines flight which was hit by deadly turbulence last week, showed that the aircraft witnessed a rapid change in gravitational force and a 54-metre altitude drop which may have caused injuries.&nbsp;

<h2>What did the report say?</h2>

According to a report by Singapore’s Transport Safety Investigation Bureau (TSIB), the rapid changes in gravitational force (G) and the altitude drop which took place over 4.6 seconds may have caused injuries to those who were not wearing their seatbelts.&nbsp;

To put this number into perspective, the height of Italy’s iconic Leaning Tower of Pisa is around 57 metres and the aircraft’s altitude dropped 54 metres in less than five seconds.&nbsp;

WATCH |&nbsp;Singapore Airline plane drops 6,000 feet, 1 dead, 30 injured

<div class="videoWrapper trancodeVideo"><iframe allowfullscreen="" autoplay="1" class="includeVideo" frameborder="0" height="350" src="https://www.wionews.com/videos/gravitas-singapore-airline-plane-drops-6000-feet-1-dead-30-injured-724049/embed" style="width:100%;max-width:560px;" width="560"></iframe></div>

“The aircraft experienced a rapid change in G…This likely resulted in the occupants who were not belted up to become airborne,” said the TSIB, in a statement.&nbsp;

“The vertical acceleration changed from negative 1.5G to positive 1.5G within 4 seconds. This likely resulted in the occupants who were airborne to fall back down,” it added.&nbsp;

Dozens of passengers and crew members on board the Singapore Airlines flight SQ321, flying from London, United Kingdom to Singapore suffered <a href="https://www.wionews.com/world/singapore-flight-turbulence-passengers-suffered-skull-brain-and-spinal-injuries-724749">skull, brain and spinal injuries</a> due to the incident.&nbsp;

While a 73-year-old British passenger on board the flight reportedly died of a suspected heart attack.&nbsp;

On May 21, the Singapore-bound flight with 211 passengers and 18 crew on board a Boeing 777-300ER plane encountered what the airline described as sudden, extreme turbulence while flying over Myanmar and diverted to Bangkok for an emergency landing.&nbsp;

The severe turbulence flung passengers and crew around the cabin, some were even slammed into the ceiling.&nbsp;

“The rapid changes in G over the 4.6 seconds duration resulted in an altitude drop of 178 ft (54 m), from 37,362 ft to 37,184 ft. This sequence of events likely caused the injuries to the crew and passengers,” said the Singapore transport ministry.&nbsp;

Singapore Airlines acknowledged the latest report and said it is fully cooperating with the investigation team which comprised Singaporean investigators, and American representatives from Boeing, the National Transportation Safety Board (NTSB) and the Federal Aviation Administration (FAA).&nbsp;

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According to the preliminary report, the aircraft witnessed slight vibrations after which there was an uncommanded increase in altitude which led to the autopilot pitching the aircraft downwards.&nbsp;

This prompted the pilots, experiencing an increase in airspeed, to respond by applying speed brakes.&nbsp;

“While managing the airspeed...it was heard that a pilot called out that the fasten seat belt sign had been switched on,” said the report.&nbsp;

<h2>Over 40 people still under treatment</h2>

The airline, on late Tuesday (May 28) said 42 people, including 26 passengers, were still in Bangkok receiving medical treatment in hospital.

Some 43 patients in three different hospitals in the Thai capital are still undergoing treatment, said Bangkok’s Samitivej Srinakarin Hospital in a statement on Saturday (May 25).&nbsp;

Seven – three Australians, two Malaysians, one British and one New Zealander – of the 34 patients at Samitivej Srinakarin Hospital are in intensive care, said the hospital.&nbsp;

(With inputs from agencies) 
&nbsp;

Preliminary findings of the investigation, released on Wednesday (May 29), into a Singapore Airlines flight which was hit by deadly turbulence last week, showed that the aircraft witnessed a rapid change in gravitational force and a 54-metre altitude drop which may have caused injuries.

Preliminary findings of the investigation, released on Wednesday (May 29), into a Singapore Airlines flight which was hit by deadly turbulence last week, showed that the aircraft witnessed a rapid change in gravitational force and a 54-metre altitude drop which may have caused injuries. What did the report say? According to a report by Singapore’s Transport Safety Investigation Bureau (TSIB), the rapid changes in gravitational force (G) and the altitude drop which took place over 4.6 seconds may have caused injuries to those who were not wearing their seatbelts. To put this number into perspective, the height of Italy’s iconic Leaning Tower of Pisa is around 57 metres and the aircraft’s altitude dropped 54 metres in less than five seconds. WATCH | Singapore Airline plane drops 6,000 feet, 1 dead, 30 injured “The aircraft experienced a rapid change in G…This likely resulted in the occupants who were not belted up to become airborne,” said the TSIB, in a statement. “The vertical acceleration changed from negative 1.5G to positive 1.5G within 4 seconds. This likely resulted in the occupants who were airborne to fall back down,” it added. Dozens of passengers and crew members on board the Singapore Airlines flight SQ321, flying from London, United Kingdom to Singapore suffered skull, brain and spinal injuries due to the incident. While a 73-year-old British passenger on board the flight reportedly died of a suspected heart attack. On May 21, the Singapore-bound flight with 211 passengers and 18 crew on board a Boeing 777-300ER plane encountered what the airline described as sudden, extreme turbulence while flying over Myanmar and diverted to Bangkok for an emergency landing. The severe turbulence flung passengers and crew around the cabin, some were even slammed into the ceiling. “The rapid changes in G over the 4.6 seconds duration resulted in an altitude drop of 178 ft (54 m), from 37,362 ft to 37,184 ft. This sequence of events likely caused the injuries to the crew and passengers,” said the Singapore transport ministry. Singapore Airlines acknowledged the latest report and said it is fully cooperating with the investigation team which comprised Singaporean investigators, and American representatives from Boeing, the National Transportation Safety Board (NTSB) and the Federal Aviation Administration (FAA). Also Read | Singapore Airlines flight entered a dangerous zone dreaded by most pilots, report says According to the preliminary report, the aircraft witnessed slight vibrations after which there was an uncommanded increase in altitude which led to the autopilot pitching the aircraft downwards. This prompted the pilots, experiencing an increase in airspeed, to respond by applying speed brakes. “While managing the airspeed...it was heard that a pilot called out that the fasten seat belt sign had been switched on,” said the report. Over 40 people still under treatment The airline, on late Tuesday (May 28) said 42 people, including 26 passengers, were still in Bangkok receiving medical treatment in hospital. Some 43 patients in three different hospitals in the Thai capital are still undergoing treatment, said Bangkok’s Samitivej Srinakarin Hospital in a statement on Saturday (May 25). Seven – three Australians, two Malaysians, one British and one New Zealander – of the 34 patients at Samitivej Srinakarin Hospital are in intensive care, said the hospital. (With inputs from agencies)

Singapore Airlines flight hit by deadly turbulence dropped 54 metres in less than five seconds: Report

The scary scenes from a Singapore Airlines commercial flight that surfaced Tuesday (May 21) left everyone dumbfounded. The heavy turbulence in the London-Singapore flight led to the death of at least one person and injuring 30 other passengers onboard.

The pilots were found unable to assess the potential turbulence coming towards the commercial carrier, leading to one of the most horrifying flight incidents in the history of aviation.&nbsp;

As per experts, what the pilots of the airlines meet with is called 'the invisible danger of the skies'- the clear air turbulence or CAT.

CAT is a very rare, but highly fatal phenomenon that is hard to gauge in advance and goes completely undetected by radar systems.&nbsp;

<h2>What is clear air turbulence (CAT)?</h2>

Generally, fatalities caused by turbulence are incredibly rare on international flights. Pilots are usually able to give warnings in most cases of turbulence to ensure all passengers and crew members are buckled up.

However, when it comes to clear air turbulence, it is one of the most dangerous types.

Usually, any type of turbulence is caused due to the meeting of air at different temperatures, pressures or velocities.

During CAT, a turbulent movement of air masses takes place in the absence of any visual clues, such as clouds, and is caused when bodies of air moving at widely different speeds meet each other.&nbsp;

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The atmospheric region most susceptible to CAT is the high troposphere at altitudes of around 7,000–12,000 metres (23,000–39,000 ft) as it meets the tropopause.

Here, CAT is most frequently encountered in the regions of jet streams. At lower altitudes, it may also occur near mountain ranges.&nbsp;

<h2>Is climate change causing more turbulence?</h2>

As per one study from the University of Reading, CATs have increased 55 per cent since 1976 over the North Atlantic and the main culprit for this is climate change.

Scientists at Reading University said their research showed that higher temperatures as a result of the climate crisis were leading to significant increases in turbulence across transatlantic flights.

The jet stream is sandwiched between the warm troposphere and the cool stratosphere, the increasing temperature differential means increasing wind shear.

While climate change is decreasing wind shear in the troposphere as temperature differentials decrease, the opposite is true for the lower stratosphere, which is where aeroplanes fly to avoid atmospheric drag.

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“We have global warming in the troposphere, but we have global cooling in the stratosphere,” Ramalingam Saravanan, professor and department head of atmospheric sciences at Texas A&amp;M University, tells Popular Mechanics.&nbsp;

An increase in carbon dioxide cools the stratosphere, and it does it in such a way that it increases vertical shear and cruising altitude tends to be in the stratosphere.

Also Read |&nbsp;<a href="https://www.wionews.com/world/more-than-1000-slave-labourers-may-have-died-in-nazi-camps-on-alderney-review-finds-724185">More than 1,000 slave labourers may have died in Nazi camps on Alderney, review finds</a>

After looking into climate data over more than 40 years, the scientists found that severe turbulence, that is, the injury-causing kind, increased by 55 per cent.&nbsp;

Thankfully, only 0.1 per cent of the atmosphere contains this extreme level of turbulence, but even the more frequently encountered light and moderate turbulence saw significant increases up to 17 per cent and 34 per cent respectively.

(With inputs from agencies)

The scary scenes from a Singapore Airlines commercial flight that surfaced Tuesday (May 21) left everyone dumbfounded. The heavy turbulence in the London-Singapore flight led to the death of at least one person and injuring 30 other passengers onboard.

The scary scenes from a Singapore Airlines commercial flight that surfaced Tuesday (May 21) left everyone dumbfounded. The heavy turbulence in the London-Singapore flight led to the death of at least one person and injuring 30 other passengers onboard. The pilots were found unable to assess the potential turbulence coming towards the commercial carrier, leading to one of the most horrifying flight incidents in the history of aviation. As per experts, what the pilots of the airlines meet with is called 'the invisible danger of the skies'- the clear air turbulence or CAT. CAT is a very rare, but highly fatal phenomenon that is hard to gauge in advance and goes completely undetected by radar systems. What is clear air turbulence (CAT)? Generally, fatalities caused by turbulence are incredibly rare on international flights. Pilots are usually able to give warnings in most cases of turbulence to ensure all passengers and crew members are buckled up. However, when it comes to clear air turbulence, it is one of the most dangerous types. Usually, any type of turbulence is caused due to the meeting of air at different temperatures, pressures or velocities. During CAT, a turbulent movement of air masses takes place in the absence of any visual clues, such as clouds, and is caused when bodies of air moving at widely different speeds meet each other. Also Read | Argentina's Milei outlines detailed path to dollarization. Here are the details The atmospheric region most susceptible to CAT is the high troposphere at altitudes of around 7,000–12,000 metres (23,000–39,000 ft) as it meets the tropopause. Here, CAT is most frequently encountered in the regions of jet streams. At lower altitudes, it may also occur near mountain ranges. Is climate change causing more turbulence? As per one study from the University of Reading, CATs have increased 55 per cent since 1976 over the North Atlantic and the main culprit for this is climate change. Scientists at Reading University said their research showed that higher temperatures as a result of the climate crisis were leading to significant increases in turbulence across transatlantic flights. The jet stream is sandwiched between the warm troposphere and the cool stratosphere, the increasing temperature differential means increasing wind shear. While climate change is decreasing wind shear in the troposphere as temperature differentials decrease, the opposite is true for the lower stratosphere, which is where aeroplanes fly to avoid atmospheric drag. Also Read | UK man accused of spying for Hong Kong, dies under ‘unexplained circumstances’ “We have global warming in the troposphere, but we have global cooling in the stratosphere,” Ramalingam Saravanan, professor and department head of atmospheric sciences at Texas A&M University, tells Popular Mechanics. An increase in carbon dioxide cools the stratosphere, and it does it in such a way that it increases vertical shear and cruising altitude tends to be in the stratosphere. Also Read | More than 1,000 slave labourers may have died in Nazi camps on Alderney, review finds After looking into climate data over more than 40 years, the scientists found that severe turbulence, that is, the injury-causing kind, increased by 55 per cent. Thankfully, only 0.1 per cent of the atmosphere contains this extreme level of turbulence, but even the more frequently encountered light and moderate turbulence saw significant increases up to 17 per cent and 34 per cent respectively. (With inputs from agencies)

Singapore Airlines horror: What is clear air turbulence and how is climate change making it worse?