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Wendover Productions - How Boeing Will Get the 737 MAX Flying Again

Thumbnail of the video “Wendover Productions - How Boeing Will Get the 737 MAX Flying Again”
Community upload. AI output has not been independently verified.
Author: Wendover Productions
Categories: Technology Fitness Psychology
Tags: technology, fitness, psychology
Views: 2 · Last viewed: 2026-10-16 10:39 UTC

Short Summary

Main recommendation: The video's central answer is that Boeing will return the grounded 737 MAX to service only after FAA recertification, mandatory simulator training for pilots, and a lengthy aircraft-by-aircraft reactivation process, with passenger confidence as the final hurdle. The video stresses that the return date has repeatedly slipped and that the timeline is uncertain, with Boeing currently saying mid-2020.

Key Points

  • The grounding followed faulty sensors feeding software that could push the aircraft into a nosedive; roughly 387 aircraft were flying before grounding, and about 400 more were built and parked during the roughly nine months of grounding.
  • Certification runs through a sequence: a Boeing-provided test aircraft flown by FAA pilots, a short analysis period, then the Joint Operations Evaluation Board of mostly MAX pilots, then the FAA Flight Standardization Board report.
  • Simulator training is expected to be required, which the video calls a major hurdle because the MAX was designed so pilots of older 737s would not need it, partly to cut airline costs.
  • Simulator capacity is a bottleneck: only two manufacturers (CAE and TRU Simulation) make them, a full-motion unit costs up to about $15 million, and only 34 exist worldwide, each costing thousands of dollars per hour to run.
  • Passenger trust is the biggest unknown, since booking sites now display aircraft type and social media can amplify anxiety; a survey found 70% of American travelers say they would avoid the MAX.

Details Worth Noting

  • Concrete instructions: Once the FAA issues an airworthiness directive, each grounded aircraft must have all systems and components tested, undergo a deep clean, and have Boeing's revised software installed, a process expected to take up to two weeks per aircraft. Airlines without simulators (for example, Eastar Jet) must find outside simulator time, and airlines may shift mechanics to reentry work, possibly delaying heavy maintenance on other aircraft. Boeing's passenger plan includes monitoring social media, notifying flight crews about anxious passengers, handing out information cards, and producing explainer videos.
  • The Joint Operations Evaluation Board pilots try the fixes in simulators, and the board's recommendation takes about two weeks before passing to the FAA Flight Standardization Board.
  • Clearing Boeing's roughly 400-aircraft backlog is expected to take about a year, and reintegrating the MAX into airline schedules could take longer outside the summer peak season.
  • The video's rough estimate: 5,000 pilots at ten simulator hours each on every simulator running 24/7 would take about two months, and real-world numbers will likely be worse.

Bottom Line

The 737 MAX's return depends less on the software fix alone and more on simulator-based pilot training, a slow per-aircraft reactivation, and whether passengers will board the aircraft again.