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    • Not really

      • Not really. The rotor design is to keep the helicopter from not spinning around in circles. The helicopter would most likely spin around and crash.
      aviation.stackexchange.com/questions/21289/if-a-helicopters-tail-rotor-fails-is-it-possible-to-perform-an-emergency-landi
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  2. Sep 28, 2015 · Yes, it is possible to make an emergency landing in a helicopter should a tail rotor failure occur. The procedure is that same as that of a engine failure and it's called an autorotative landing. Essentially a powerless helicopter becomes an autogyro (gyrocopter) in flight and can be flown as such.

  3. Feb 16, 2022 · Loss of tail rotor effectiveness (LTE) is an unstable dynamic phenomenon that affects single-rotor helicopters and frequently leads to accidents. LTE accidents recur with troubling...

    • Joseph Homer Saleh
  4. Loss of tail-rotor effectiveness (LTE)[1] occurs when the tail rotor of a helicopter is exposed to wind forces that prevent it from carrying out its function—that of cancelling the torque of the engine and transmission. Any low-airspeed high-power environment provides an opportunity for it to occur.

  5. Dec 6, 2018 · UK investigators have determined that a failure of the connection linking the yaw control pedals and the tail rotor was behind the high-profile fatal crash of a Leonardo Helicopters AW169...

    • Dominic Perry
  6. The recommendations follow an investigation into the crash of a Leonardo AW169 helicopter that killed five people, including the owner of Leicester City FC.

    • Tony Osborne
    • London Bureau Chief
  7. May 31, 2022 · May 30—Emergency responders at the Mercy Flight crash that killed two pilots on April 26 in Elba have known that the Bell 429 helicopter landed in two pieces: the main body and the tail.

  8. Pushing her left pedal down, a pilot causes the tail rotor to increase thrust and turn (yaw) the helicopter nose left. Pushing the right pedal decreases thrust (and can even create thrust in the opposite direction), which turns the nose right.