contactflying wrote:It will ease out of the dive without load factor
Wrong again.
To ease out of the dive, the airplane will have to follow a curved path which means a load factor greater than 1g.
Not trying to be picky, but it’s something more fundamental than pilot and stick. Any time the trimmed-out balance of forces is disturbed, there will be accelerated flight. When I fly straight and level into a big thermal or the mechanical turbulence around the canyons out here, my ass is convinced it’s feeling some g’s even though I’m not even touching the stick. Atmospheric gusts changing the angle of the relative wind resulting in changes in lift generated by the wing…blah, blah, blah. Accumulations of ice, dirt or even rain on a slick airfoil, changing drag, changing speed, changing lift... everything is connected and accelerated flight results if any of them change.
There are a lot of players keeping an airplane aloft. The pilot only gets one vote with the stick. His REAL job is convincing all the other voters to act in something like concert so that the whole mess moves in a manner that looks like the pilot knows what he’s doing.
If you need any more convincing of how important the balance of forces are to flight, just consider the crash of the P-51 Galloping Ghost at Reno. Coming past the grandstand in level flight, fast, but close to 1g, the trim tab separated from the elevator. The removal of one of the many forces at work on the aircraft resulted in a 17g pull up that quickly removed the pilot from the control loop.
Bottom line? To my mind, pilot and stick are not necessarily what causes load factor. But feel free to think otherwise.
