Postby Gabriel » Sat Oct 31, 2020 5:02 pm
It is really hard to see, but it looks to me that his first reaction to the left drift was to press the left pedal (then he realizes his mistakes and overreacts with the right pedal and right brake, and later he tries to steer with the yoke).
Now, that pedal-side confusion seems crazy. After all, it is unthinkable that someone driving a car or a bike would steer left when he intends to steer right. But with airplane pedals, it does happen (if ask me how I know, I'll tell you that a friend of mine knows that it happened to a friend of him).
And that is because the design of the rudder pedals is wrong.
Think of the design of the stick. Tilt the stick back, the plane tilts back, tilt the stick forward, the plane tilts forward, tilt the stick left, the plane tilts left, tilt the stick right the plane tilts right.
Now thing of the deign of a steering wheel, the handlebar of a bicycle or motorcycle, or those of the lawn mowers or the electric supermarket karts for the handicapped, or, to relate it closer to the rudder pedals, the steering bar of those downhill rolling bearing carts that you steer with your feet placed directly on that steering bar. When you rotate any of those things to the right, the vehicle turns to the right, nd if you rotate it to the left, the vehicle rotates to the left.
All that makes very consistent, intuitive and natural.
UNTIL YOU GET TO THE RUDDER PEALS.
So, push the right side of the plane forward and the left side of the plane backwards and you would be yawing to the right, EXCEPT IF YOU PUSH ON THE RUDER PEDALS where doing exactly that makes the plane yaw left. This is unnatural, unintuitive, brakes consistency and, perhaps more important, breaks our learnt muscle memory of, for example, riding bikes.
Why on Earth where the rudder pedals designed like that? (or as my Father in law always says when he finds a user-unfriendly design like a food packaging that is hard to open: "Who was the son of a b1tch that designed this?") It is a mystery to me.