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NTSB Blames Asiana 777 Crash on Pilot Actions

** Investigators at the scene of the Asiana 214
crash.**
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Key Takeaways:

  • The NTSB concluded that the Asiana Airlines Flight 214 crash was caused by pilot error, specifically the flight crew's critical missteps and misunderstanding of the Boeing 777's automated systems.
  • The pilots inadvertently disengaged the autothrottles into "HOLD" mode and reduced power, leading the aircraft to descend too low and slow, ultimately striking the seawall.
  • The NTSB highlighted pilot over-reliance on and insufficient understanding of complex automation, along with pilot fatigue and poor cockpit resource management, as key contributing factors.
  • Following the investigation, the NTSB issued safety recommendations regarding the Boeing 777's autoflight system, flight directors, and low-energy alerting systems.
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The National Transportation Safety Board released its final conclusions about what caused the crash of Asiana Airlines Flight 214 in San Francisco last July, blaming the pilots for making a series of critical missteps related to the Boeing 777’s automated systems.

At a hearing in Washington, D.C., this morning, the NTSB highlighted one mistake in particular for setting up the conditions in the cockpit that led the airliner to lose speed and crash-land short of the runway. Investigators say the relatively inexperienced captain who was flying the visual approach to San Francisco’s Runway 27L, concerned about being too high and too fast when 5 nm from the runway, changed the autopilot mode, inadvertently causing the 777 to start a climb back to the selected go-around altitude of 3,000 feet.

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