The Plane That Flipped on Takeoff
About this video
Learn how a single faulty angle-of-attack sensor can trigger an uncommanded roll and override pilot controls. This video breaks down the mechanism behind the plane that flipped on takeoff, showing why redundancy only works when the system knows it's wrong. Chapters: 00:00 The Plane That Flipped on Takeoff 00:28 Redundancy only works if the system can detect a 00:51 The computer's authority 01:07 The computer acts on the lie 01:41 The computer acts on the lie 02:03 How do you design a system that knows? 02:33 A Patch That Overrode Pilots 02:54 The pilots had no idea. 03:23 A Known Problem 03:43 No Warning, No Training 04:03 Why didn't redundancy save them? 04:31 Flight Control Problems 04:49 Six Minutes to Impact 05:02 A Pattern Emerges 05:14 The 20-Month Grounding 05:32 The Cost of Trust 05:51 The Lie That Spreads 06:07 The Fix That Came Too Late 06:36 Beyond the MAX Sources & further reading: • Boeing 737 MAX Flight Control System (MCAS) – Boeing and FAA documents — Official reports and updates on MCAS design and modifications. • Air France Flight 447 Final Report – BEA (Bureau d'Enquêtes et d'Analyses) — Official accident investigation report detailing pitot tube icing and crew response. • Lion Air Flight 610 Final Report – NTSC Indonesia — National Transportation Safety Committee report on the crash. • Ethiopian Airlines Flight 302 Preliminary Report – Ethiopian Civil Aviation Authority — Preliminary report on the crash. • NASA Technical Reports on Angle-of-Attack Sensors and Flight Control — General references on AoA vane function and redundancy. • FAA Airworthiness Directives and Grounding Orders for Boeing 737 MAX — Official FAA actions and requirements.
From the video
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