Are you referring to me?This.
Some people (on NSC) are such idiots. Words fail me.
Are you referring to me?This.
Some people (on NSC) are such idiots. Words fail me.
New video has emerged filming the takeoff from inside the ground (appears to have been taken by a steward). Something went catastrophically wrong very very quickly and appears pilot had no chance.
Are you referring to me?
Not true I'm afraid. I fly helicopters for a living (military) and things go wrong in fixed wing aircraft that can be catastrophic too, look at the latest Indonesian 737 for example, not that the inquiry results are in yet. If all engines fail in a helicopter (and most good commercial helicopters/ military have 2 anyway) then you can autorotate (similar to gliding in a plane, though a higher rate of descent, where the air as you descend powers the rotors much like an windmill) to a landing at the bottom where you convert the energy in the rotors into reducing your rate of descent. If one engine fails you will generally be able to carry on flying and having a double engine failure is extremely rare (less running out of fuel). Some gearbox failures are catastrophic for sure but then so can many failures on planes be too. Other gearbox failures are very manageable.Just seen it myself on a friend's FB status. Pilot didn't have a hope. And neither did the passengers.
I've always said I will never go in a helicopter. If a plane engine fails you are in a glider. The engine or gearbox fails in a helicopter then you may as well be in a rock.
RIP.
Not true I'm afraid. I fly helicopters for a living (military) and things go wrong in fixed wing aircraft that can be catastrophic too, look at the latest Indonesian 737 for example, not that the inquiry results are in yet. If all engines fail in a helicopter (and most good commercial helicopters/ military have 2 anyway) then you can autorotate (similar to gliding in a plane, though a higher rate of descent, where the air as you descend powers the rotors much like an windmill) to a landing at the bottom where you convert the energy in the rotors into reducing your rate of descent. If one engine fails you will generally be able to carry on flying and having a double engine failure is extremely rare (less running out of fuel). Some gearbox failures are catastrophic for sure but then so can many failures on planes be too. Other gearbox failures are very manageable.
I won't comment on my suspicions as to what happened in this case as that is the job of the AAIB but I will say that it looked like it happened at literally the worst moment in the whole departure for him and there was almost nothing he could have done to recover that situation. RIP
Not true I'm afraid. I fly helicopters for a living (military) and things go wrong in fixed wing aircraft that can be catastrophic too, look at the latest Indonesian 737 for example, not that the inquiry results are in yet. If all engines fail in a helicopter (and most good commercial helicopters/ military have 2 anyway) then you can autorotate (similar to gliding in a plane, though a higher rate of descent, where the air as you descend powers the rotors much like an windmill) to a landing at the bottom where you convert the energy in the rotors into reducing your rate of descent. If one engine fails you will generally be able to carry on flying and having a double engine failure is extremely rare (less running out of fuel). Some gearbox failures are catastrophic for sure but then so can many failures on planes be too. Other gearbox failures are very manageable.
I won't comment on my suspicions as to what happened in this case as that is the job of the AAIB but I will say that it looked like it happened at literally the worst moment in the whole departure for him and there was almost nothing he could have done to recover that situation. RIP
Not always. If the helicopter has some forward speed the tail fin (stabiliser) provides some directional stability (think weathercock). The aircraft can then land with a high forward speed or shut down the engines removing the torque. If it happens at low speed then diving to get some speed on or immediately shutting engines down reduced the yaw. All of this gets practiced in a simulator.Not referring to this crash at all, if a helicopter's mechanism for opposed torque completely fails mid air, will the results always be catestrophic?