That is a picture of the rolling system.
A picture of the rolling system from the bottom, also showing some other things.
Picture of the Elevator mechanism.
Picture of the control stick and how it moves.
That is a picture of the rolling system.
A picture of the rolling system from the bottom, also showing some other things.
Picture of the Elevator mechanism.
Picture of the control stick and how it moves.
Yeah, the mobile CPU nowaday are not really used to boost the physics calculations, but there are some CPUs that can handle physics calculations petty well... But, even the plane has around below 200 parts, still the CPU is kinda slow at calculating the physics
Some forbidden knowledge, rage, and some fairy dust @Dexa
how is this even possible*
I see it now @ThePrototype
The pistons simply push the stick to the side, thus rotating the bar that is attached to it, and then each of the "Rod systems" go along with that bar, and they are either pulled up, or pulled down, thus changing the angle of the surface @Mattangi2
It’s a little too complex for my dumb brain.
Oh now they work.
These are really... something else...
Explain to me the rolling system, I don’t quite seem to understand how the pistons are moving it.
They work..... they have always worked @Mattangi2
Dude pictures don’t work...
Noice! If you want, after this, you could help me on a similar project I had of making a fully mechanical P 61: click...
@ThePrototype That’s good, it’s very good for a damage model, especially on bombers!
@BACconcordepilot Ah details, details...
It's only at 161 parts at the moment @BACconcordepilot
The stick is the only part powered by pistons, everything is controlled by the stick movements @Datom
Well that's good to hear!!! @Delphinos
Thanks!!!!! @Datom
Lets say, they are mid-complex, well for us XD
@ThePrototype So correct me if I’m wrong but the only bits that are powered are the pistons? The mechanism looks really good btw!
@Datom
@Delphinos Is this complex enough?
@Mattangi2 @RailfanEthan @BaconEggs