Cool…
This one goes out to all the small government, privacy loving, Republicans out there, supposedly hating invasive big brother tactics and representing the values of the American heartland.
Would be much appreciated if you could have a word with your people about this.
I mean, you do have some control during autorotation descent, but it’s at best an extremely hard landing if your pilot is really skilled. They build crumple zones into the seat mounts for them.
It’s a pretty cool technique. You adjust your rotor pitch to let you fall faster which let you put/keep angular momentum into your rotor, then at the last minute before slamming into the ground you pull hard on the collective and turn all that angular momentum in your rotor into lift to make it so that you don’t slam the ground at full speed. You can manipulate the cyclic control (direction controls) during autorotation, but you’re spinning the whole time, so it’s very hard to guide an autorotation to a specific landing area.
You’re ‘spinning the whole time’ only if you lose the tail rotor, but in autorotation you’re basically gliding, please don’t mix stuff up. There are enough misconceptions about helicopters around.
Are you a helicopter pilot? I thought you rotated with power out, just not as fast as you would without the tail rotor. I could be wrong… I only worked on the engines and used them as a passenger. I’ve only flown sail planes…
I worked as licensed body and engine maintenance and ground crew, and gone on maintenance and transfer flights. Basically autorotation is like on planes, when engines crap out you glide and aim to do an emergency landing, since the rotor isn’t a big fan, it’s a rotating wing. While descending, the rotor spins and allows the gliding while slowing down the fall, like maple seeds; when near the ground the pilot can use the residual rotation energy to make a soft landing, like you said.