In a skidding turn there is too much inside (bottom rudder) and too little aileron or even (cross control) opposite aileron. When the stall break occurs the aircraft will either enter a spin or flip over on the bottom side or inside the turn but no spin. Both of these deadly at low altitudes.What.determines if it is a spin that results or flipping over?. I say that if only bottom rudder is used the result is a spin but if the controls are crossed the aircraft will flip over. Am I correct?...
Great explanation.. I would have thought one quick look at the ASI would have most pilots sharply dropping the nose and releasing the rudder input before the inevitable. Unfortunately it's an all to common occurrence
In a skidding turn there is too much inside (bottom rudder) and too little aileron or even (cross control) opposite aileron. When the stall break occurs the aircraft will either enter a spin or flip over on the bottom side or inside the turn but no spin. Both of these deadly at low altitudes.What.determines if it is a spin that results or flipping over?. I say that if only bottom rudder is used the result is a spin but if the controls are crossed the aircraft will flip over. Am I correct?...
NICENAD 4 months ago
scary stuff thanks a lot for explanation though :D
cristofolon 9 months ago
Great explanation.. I would have thought one quick look at the ASI would have most pilots sharply dropping the nose and releasing the rudder input before the inevitable. Unfortunately it's an all to common occurrence
adonis499 11 months ago
Comment removed
010cmmb 11 months ago
Awesome! Best explanation I have ever seen.. Thanks!
srfd132 1 year ago
Great explanation!
thespence05 1 year ago
Thanks for the video, helps clear things up!
JThompMTSU 2 years ago