The creator since posted a guide (though mine is approved): www.reddit.com/r/HyruleEngineering/comments/1hijbu6/build_guide_for_auto_prop_car/ A few takeaways: 1) The board is placed flat on the ground to add the wheels upside-down ensuring uniform height. 2) You can substitute the guard rail with a small panel of wood. It makes the car more combustible but you're using a wagon wheel anyway. 3) You can attach the stabilizer and wagon wheel to a wagon wheel on the ground then attach the wagon wheel to the board.
@@scalhoun03 Happy to cover this amazing car! It seems optimal. I tried it with a big wooden panel to lose some weight which does help land performance but it tips in water if you don't hold back.
That would keep you from level flying because the propellers would be off. Maybe there's some sort of application for a 2nd set of propellers to kick in or not so 1 set would run but not have too much climb, and the 2nd set would accelerate climb on demand. The problem is they'd initially turn on for descents as well. Still, the back of the shock emitter gets less near to the pole than the tip does so maybe you could make it work. You've got the verticality-limiting stabilizer to contend with though.
The creator since posted a guide (though mine is approved): www.reddit.com/r/HyruleEngineering/comments/1hijbu6/build_guide_for_auto_prop_car/
A few takeaways:
1) The board is placed flat on the ground to add the wheels upside-down ensuring uniform height.
2) You can substitute the guard rail with a small panel of wood. It makes the car more combustible but you're using a wagon wheel anyway.
3) You can attach the stabilizer and wagon wheel to a wagon wheel on the ground then attach the wagon wheel to the board.
A great build guide! I thank you for showing how to get all the shrine parts and the rail!
@@scalhoun03 Happy to cover this amazing car! It seems optimal. I tried it with a big wooden panel to lose some weight which does help land performance but it tips in water if you don't hold back.
I've been looking forward to this study.
Ahhh, so THAT'S how it works. Yep, that's pretty effin' smart. I'd like to see this mechanism adapted for a flying machine.
That would keep you from level flying because the propellers would be off. Maybe there's some sort of application for a 2nd set of propellers to kick in or not so 1 set would run but not have too much climb, and the 2nd set would accelerate climb on demand. The problem is they'd initially turn on for descents as well. Still, the back of the shock emitter gets less near to the pole than the tip does so maybe you could make it work. You've got the verticality-limiting stabilizer to contend with though.
Whoever came up with this is truly brilliant. There's so many ideas that people keep exploring with these things. How I adore this game.
It was u/scalhoun03 😊
Yeah, I mean we're talking about the pioneer of modern Zero Point Energy flight.
@@KingX Damn right.