What We Know About the Lion Air Flight 610 Crash



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In an era when a commercial flight is more likely to be automated – usually a process in an aircraft, it is possible to know that it is possible to experience a collision with experienced pilots –

] But in the case of Lion Air Flight 610, a Boeing 737 Max 8 that plummeted into the Java Sea shortly after takeoff from the Indonesian capital in late October, investigators believed those systems may have been involved.

The plane, which was practically new, crashed minutes after takeoff, killing all 189 people on board. The crash has been questioned by the Indonesian Airlines, Boeing's commercial aircraft. Here is what we know.

On the morning of Monday, Oct. 29, Lion Air Flight 610 took off from Jakarta 's Soekarno – Hatta International Airport at 6:21 am the small city of Pangkal Pinang, the provincial capital of a small island in the Java Sea. The flight should have taken just over an hour.

Minutes after takeoff, air traffic controllers and requested a return to Jakarta. The plane never issued a mayday distress call and did not turn back. Instead, it is banked to the left, made significant altitude shifts and then dropped sharply. The plane was at an altitude of about 5,000 feet when its final descent began, according to which Flight Radar 24, which tracks global air traffic. By 6:32, communications with the plane had ceased.

The plane plunged into the sea 11 minutes after takeoff, hitting the water with such force that some metal fixtures on the aircraft disintegrated.

It was the first crash of the Max 8, an updated version of the best-selling Boeing 737.

The investigation is in its early stages , so-called black box (actually it is actually orange to make it easier to find after a crash). It was recovered from the seabed last week. A second data recorder has not been recovered

Indonesia's National Transportation Safety Committee, which is leading the investigation, said that inaccurate airspeed readings had been recorded on the plane leading up to the crash. The airspeed is measured from so-called pitot tubes in the nose of the aircraft.

Investigators also have focused on evidence suggesting that they are operating on the plane of attackers. It is not clear whether there is a problem in the sensors, in the computer technology that processes their data or somewhere else in the system. The sensors are instruments on the plane's exterior that gauge the angle of the oncoming wind as it comes across the aircraft. They can help determine whether they are stalling – with their nose pointed at the wrong angle for their current speed to maintain lift. If the aircraft's computers detect a stall, they can trigger electric motors that cause the tail to rise and the nose to pitch downward.

Haryo Satmiko, the deputy chief of the Indonesian safety agency, said on Wednesday that he had discussed the possibility of flying down the air, and said "this case This article was written for the benefit of the world, and it was written in the English language.

Soerjanto Tjahjono, the head of the safety agency, said during a briefing that it was not clear that there was a problem with this type of aircraft.

"We can not "It said, adding that the Max 8 appeared to have developed a problem with the angle of attack of the sensors after it had changed to the day before the doomed flight. 19659002] In Lion Air 610's final four flights, the plane of repeated problems with its airspeed indicators. Technicians in Bali changed the plane of attack of the day before the crash and the plane was declared in Jakarta. When it arrives there, maintenance crews addressed a problem with the plane's pitot tubes, the external probes that record airspeed.

Megan Specia reported from New York. Reporting by Hannah Beech and Muktita Suhartono from Jakarta, Indonesia; Keith Bradsher from Shanghai; Hiroko Tabuchi, Rick Gladstone and James Glanz from New York; and Rick Rojas from Sydney, Australia.

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