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Striking Behavior

Gemini Sparkle

Key Takeaways:

  • Tail strikes, which cause significant damage to tricycle-gear aircraft, primarily result from pilot error during takeoff (e.g., aggressive pitch, early rotation, improper trim) and landing (e.g., unstabilized approaches, aggressive flare, mishandling crosswinds).
  • Prevention strategies include maintaining high pilot proficiency through recurrent training, using gentle and appropriate pitch control inputs during takeoff and landing, and flying stabilized approaches.
  • Effective risk management, proper weight and balance calculations, and thorough pre-flight inspections for existing tail damage are also crucial to mitigate tail strike hazards.
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Unless you’re flying a tailwheel-equipped airplane, you really don’t want the tail to touch the ground. It’s potentially dangerous, not to mention embarrassing. And a tail strike—when the tail section of an airplane contacts the surface while taking off or landing—can result in significant damage to the aft section of a tricycle-gear airplane. The good news is that tail strikes are preventable.

Multiple causes of tail strikes during takeoff and landing have been described (see the table at the top of the opposite page). For example, during a takeoff, it can happen because a pilot pulls back too much on the pitch control, leading to an excessively high nose-up attitude and angle of attack (AoA). During landing, it is likely to occur when a pilot pitches up and flares too aggressively prior to touchdown.

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