6:19 Numerical Junction. pilot seat for amphibious vehicles, wheel on land, propeller on water. Both systems can be controlled from a chair. I have solved the A/D output in most of my vehicles, Numerical Junction controls the wheel, I switch the Robotic Pivot Power to Azimuth Thruster. W/S is the same principle, two clutches switch the drive between the wheel and the propeller.
6:19 Numerical Junction. pilot seat for amphibious vehicles, wheel on land, propeller on water. Both systems can be controlled from a chair. I have solved the A/D output in most of my vehicles, Numerical Junction controls the wheel, I switch the Robotic Pivot Power to Azimuth Thruster.
W/S is the same principle, two clutches switch the drive between the wheel and the propeller.
@@rolandkiss5160 makes sense, I usually just use a switch box
All right! All hail the brain-cracking series! 🧠🧠🧠🤯🤯🤓👍👍👍🦾
Down the learning rabbit hole!
4:21 "5 divided by 2 is 10"...... close enough 😅
lol I must have misspoken I record these live which is why the audio is a little different!
@@WhackAL all good, everybody knows what you mean and if not they should probably revisit 3rd grade 😆
First
Second!
@@WhackALnot third heh
@@Polar_Industries but you are here and for that thank you!
@@WhackAL yeah lol :) even as an experienced logic guy, I still love this series
@@Polar_Industriesthank you, I will likely be doing some composite next, then some engines!