robbyr
Veteran Member
FWIW, my stepdad was a cropduster but I can't fly. Prefer my feet on the ground.
Hopefully "Huh" means you don't understand.Huh?
hugs, Brandi
I said huh as in...........how does relate to a landing with the nose gear up.Hopefully "Huh" means you don't understand.
Below is a video of ABS and more recent ESC braking systems and an example of wheels with the least traction take the lead. The front wheels in this case are locked, have less traction and take the lead.
The ABS was first developed in 1929 for the aircraft industry. In the case of this incident the ABS kept the remaining wheels having equal traction while the nose automatically took the lead.
Just for fun, lock the front wheels on a toy car, place it near the end of a long table like you might find in a school cafeteria and raise the table end so the car travels to the opposite end. Now do the same with the rear wheels locked and note the difference in orientation of the car at the far end of the table.
In the case of the airplane the nose had less traction and took the lead just as wheels do. This isn't something I made up but was taught and was demonstrated this in a driving seminar by an instructor from TX. Credits: Possom Mann
How ABS (Anti-Lock Brakes) Work - YouTube
I don't know of a single airplane with nosegear brakes.