Malaysia Airlines Flight 370 went missing on March 8, 2014, en route from Kuala Lumpur to Beijing with 239 people on board. The main investigation concluded that the plane likely flew out over the Indian Ocean until it ran out of fuel and crashed into the sea. However, according to Channel 5’s ‘Flight MH370’, on the day the sea had a 4-5m swell.
The narrator pointed out: “In experienced hands, landing a plane in those conditions is very possible.”
Not only is it possible to land in these conditions, but aeroplanes are designed to be able to land in emergencies.
David Gleave, aviation expert from Loughborough University, pointed out that aeroplanes are designed to ditch and float.
He told Channel 5: “We saw with the Miracle on the Hudson, the Sully film, that aeroplanes are actually designed to ditch and they’re designed to float, certainly for a significant period of time to allow everybody to get out onto life rafts.”
The Miracle on the Hudson is a famous incident in which two commercial pilots reacted well to an engine failure and managed to glide their plane to a ditching on a river.
US Airways Flight 1549 departed from New York City’s LaGuardia Airport in 2009 only to collide with a flock of geese, causing their engine to fail.
The pilots successfully landed on the River Hudson off Midtown Manhattan and all 155 people on board were successfully rescued with no fatalities.
The incident was later made into a film called Sully, featuring Tom Hanks as Captain Chesley “Sully” Sullenberger.
There are three pieces of confirmed MH370 debris that have been recovered from beaches in the Indian Ocean and west coast of Africa.
Analysis of the wing’s flaperon, found on Reunion Island in July 2015, suggests that it was not configured for a landing or a ditching.
However, Mr Greave is not at all surprised by this.
He said: “Well I wouldn’t expect someone that’s planned this very thoroughly to put the aircraft into the landing configuration, stall onto the water and have it float and have everyone say to them: ‘That’s strange, how did that get over there?’”
However, experts have also suggested that if the plane had crashed into the sea from 30,000 feet it would have smashed the aircraft to bits, leaving wreckage floating on the surface.
As no floating wreckage was discovered by the many search and rescue aircraft and boats, they must have had to glide the plane for some distance before aiming to crash.
This means that after the fuel ran out, they glided the plane carefully without the use of the engines, until it was at an appropriate height to dive.