The basis of it all though is the formula I think is from precalculus.
y = (sin(Ø) * r / 2
x = (cos(Ø) * r / 2
Where (x) is the x position of the tooth you are placing, (y) is the y position of the tooth you are placing, (Ø) is the degree of the tooth, and (r) is the radius of the circle. Also the (*) mean multiply and (/) means divide. So yeah that is about as simple as I can make it, I will make a post explaining it more in detail
@LeoTanaka2243
I really liked the advanced turning gear idea, really cool idea and works well. And The gears are kinda complicated to create, so I don’t think I can say everything in the comments. I think I will create a post explaining it @LeoTanaka2243
I have tried, and the only way that I have found so far is via my piston engine “that works like a crank shaft”. I have gotten up to 35 mph, but it is hard to control and cannot throttle the speed, always has to be at 100%. But yeah maybe one day I can make it better we will see lol @Birdman9301
iT iS bOtH
+1The landing gear makes it 10x better imo
+1Yeah! @sexylips35
+1fLiP yOu
+1You need to watch your language, don’t say fl*ppin
+1This happens to me when the camera is not attached to an object. Make sure it isn’t just sitting by itself or it will do this :)
+1This is genius! I am definitely going to use this. Nice discovery!
+1Nunca @RYMA232Aeronautics
+1Well they look freakin awesome so no reason to feel nervous lol @Incertname
+1Wow it’s crazy how little points you have when looking at how detailed your crafts are! Nice job!
+1Haha true @sexylips35
+1I wish there was a way to make a post that only your followers could see
+1YOU RIDICULUS RUNNER @RYMA232Aeronautics
+1YOU PATTY PLUNDERER @RYMA232Aeronautics
+1YOU DESIRED DAREDEVIL @RYMA232Aeronautics
+1YOU HUMBLE HELICOPTER @RYMA232Aeronautics
+1YOU OUTSTANDING OVIRAPTOR @RYMA232Aeronautics
+1YOU FRIENDLY FOE @RYMA232Aeronautics
+1YOU NARLY NARWHAL @RYMA232Aeronautics
+1Do you want me to make the whole thing smaller? Or just shorten its length?
+1Haha I wouldn’t call it AI but still cool concept
+1No u again @RYMA232Aeronautics
+1You don’t want to know @BACconcordepilot
+1Haha thanks you got it @Spacedoge12345plane
+1Ya mum acquire the big gay @RYMA232Aeronautics
+1It’s so majestic lol
+1But still, really cool and creative design
+1Don’t forget that my gears are open for use, and I think they would make it easier for you to make a mechanical car, it helped me a lot with mine
+1No u
+1Uh ok @sexylips35
+1Uh @sexylips35
+1Np @sexylips35
+1I only have one size, because I only ever need one size, and that size of bevel gear is in the gear showroom I already have posted. @sexylips35
+1Also I have better gears than these for a differential. I will upload my differential to show them.
+1Ok, just making sure, they looked familiar XD @sexylips35
+1And wheels?
+1Are these my gears?
+1This is memories
+1This is super creative and impressive, nice job! Too bad all the butthurt Americans are tryna get you down.
+1Lol not intentional, but I agree it does look cool XD @StallFlight
+1It has to be in high physics mode @cjrenagade300
+1Very much yes @RYMA232Aeronautics
+1Thanks! @diegoavion84 @CRJ900Pilot @sexylips35 @TheNotNewGuy @FastDan
+1Thanks! @SpiritusRaptor @sexylips35
+1Yes it should @LeoTanaka2243
+1Really cool stuff! I have made something similar that is nowhere near as good, and the way you did it is much more efficient and precise, nice job!
+1Ok, also make sure that the center of the gear is at
+1x = 0 and y = 0 so that the teeth get placed in the right place. Good luck! @LeoTanaka2243
The basis of it all though is the formula I think is from precalculus.
y = (sin(Ø) * r / 2
x = (cos(Ø) * r / 2
Where (x) is the x position of the tooth you are placing, (y) is the y position of the tooth you are placing, (Ø) is the degree of the tooth, and (r) is the radius of the circle. Also the (*) mean multiply and (/) means divide. So yeah that is about as simple as I can make it, I will make a post explaining it more in detail
+1@LeoTanaka2243
I really liked the advanced turning gear idea, really cool idea and works well. And The gears are kinda complicated to create, so I don’t think I can say everything in the comments. I think I will create a post explaining it @LeoTanaka2243
+1I have tried, and the only way that I have found so far is via my piston engine “that works like a crank shaft”. I have gotten up to 35 mph, but it is hard to control and cannot throttle the speed, always has to be at 100%. But yeah maybe one day I can make it better we will see lol @Birdman9301
+1