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How High Will It Go?

The FAA's Equip 2020 Team is hosting a live Twitter chat to address general aviation questions and concerns over the deadline for ADS-B. FAA
Gemini Sparkle

Key Takeaways:

  • The accident was primarily caused by the flight instructor's decision to conduct a VFR flight into instrument meteorological conditions (IMC) with a known faulty attitude indicator, alongside a lack of preflight weather briefing and a history of aviation rule violations.
  • Operating at high altitudes (up to 19,400 feet) without supplemental oxygen led to hypoxia, severely degrading the instructor's decision-making, spatial orientation, and ability to control the aircraft or follow ATC instructions.
  • This combination of instrument failure, spatial disorientation, and hypoxia resulted in the aircraft's erratic flight, loss of control, and subsequent in-flight breakup.
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I’m a firm believer in using supplemental oxygen; there’s a portable O2 tank in my airplane right now. For a variety of reasons, I usually go on oxygen when I’m going to be at 10,000 feet or higher for any length of time. I typically fly long legs, and when I use oxygen, I’m not as fatigued as I might have been after the same amount of time at, say, 7500 feet. But higher usually is better for long flights, and O2 is part of my plan. 

And there really needs to be a plan for any flight out of the local area. With the tools we have these days, there’s no excuse not to get a full preflight briefing, even if you don’t read or understand it. If you don’t get one before launching on a three-plus-hour flight with passengers, you’re not treating the situation or the passengers with respect.

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