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What Happens Next For Boeing?

Boeing appears to have failed to consider the consequences of a single faulty angle of attack sensor in the 737 Max. Tim Barker
Gemini Sparkle

Key Takeaways:

  • The 737 Max crashes were attributed to the MCAS system, which erroneously activated due to a single-point sensor failure, causing uncommanded nose-down inputs.
  • Boeing deviated from its established safety philosophy by designing MCAS with insufficient redundancy (a single Angle of Attack sensor) and crucially omitting its operational details from pilot manuals.
  • Pilots faced an impossible situation during emergencies, as complex recovery procedures were difficult to execute under duress, further complicated by conflicting warnings and the system's potential re-activation.
  • The incidents raise serious questions about Boeing's design practices and the efficacy of FAA oversight, leading to a significant loss of trust in the manufacturer and its products.
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Aware that this column will have new developments by the time it goes to print, I hesitated to write about the subject. But I felt ­passionate enough that it would be a ­disservice to readers if this particular ­airline guy didn’t weigh in, especially for ­someone that spent an entire jet career flying Boeing products.

Les Abend

Les Abend is a retired, 34-year veteran of American Airlines, attempting to readjust his passion for flying airplanes in the lower flight levels—without the assistance of a copilot.

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