its aparrant to me he only answers back to the people that praise his design and doesnt really like critisism.
i respond to people who deserve a response.
as to what i am trying to accomplish is what everyone is trying to accomplish, a better design
Dude, I wasn't being a douche, ignore him. I was just wondering. Is it just for s&g or is there something you're trying to fix?
From what I gather, he is attempting to make a bike that has a rearward, as well as vertical axle path, though the two are in no way related. It won't work though.
its aparrant to me he only answers back to the people that praise his design and doesnt really like critisism.
i respond to people who deserve a response.
as to what i am trying to accomplish is what everyone is trying to accomplish, a better design
Dude, I wasn't being a douche, ignore him. I was just wondering. Is it just for s&g or is there something you're trying to fix?
the main issue i am trying to accomplish is having a bike with a mainly rearward axle path but without all that dirty chain grown and feedback
the first 5-6 inches of travel will be rearward then the last 3-4 inches will have no china growth what so ever (pivot around the bb)so it gona have the chain growth of a much smaller travel bike with the suspension of a much bigger bike
as to what i am trying to accomplish is what everyone is trying to accomplish, a better design
Dude, I wasn't being a douche, ignore him. I was just wondering. Is it just for s&g or is there something you're trying to fix?
the main issue i am trying to accomplish is having a bike with a mainly rearward axle path but without all that dirty chain grown and feedback
the first 5-6 inches of travel will be rearward then the last 3-4 inches will have no china growth what so ever (pivot around the bb)so it gona have the chain growth of a much smaller travel bike with the suspension of a much bigger bike
So to sum up what you just said, you have a REARWARD traveling axle path of 5-6 inches, thus adding up to TEN-TWELVE inches of chain growth, why the hell is it so important that the last 3-4 inches are zero growth? Also, the way you describe it, it will have exactly the travel of a 3-4 inch bike, but it'll get hooked up on every rook/rock whatever you hit.
the main issue i am trying to accomplish is having a bike with a mainly rearward axle path but without all that dirty chain grown and feedback
the first 5-6 inches of travel will be rearward then the last 3-4 inches will have no china growth what so ever (pivot around the bb)so it gona have the chain growth of a much smaller travel bike with the suspension of a much bigger bike
So to sum up what you just said, you have a REARWARD traveling axle path of 5-6 inches, thus adding up to TEN-TWELVE inches of chain growth, why the hell is it so important that the last 3-4 inches are zero growth? Also, the way you describe it, it will have exactly the travel of a 3-4 inch bike, but it'll get hooked up on every rook/rock whatever you hit.
It doesn't go 5-6 inches straight backwards, you fool.
hmmm... ive tried to make something that works like that on a 2d physics simulator (phun) and its proving HUGELY difficult while in theory it would work well, as gabodude said it would take years to get right... good luck! (no sarcasm, i honestly think its a great idea)
the main issue i am trying to accomplish is having a bike with a mainly rearward axle path but without all that dirty chain grown and feedback
the first 5-6 inches of travel will be rearward then the last 3-4 inches will have no china growth what so ever (pivot around the bb)so it gona have the chain growth of a much smaller travel bike with the suspension of a much bigger bike
So to sum up what you just said, you have a REARWARD traveling axle path of 5-6 inches, thus adding up to TEN-TWELVE inches of chain growth, why the hell is it so important that the last 3-4 inches are zero growth? Also, the way you describe it, it will have exactly the travel of a 3-4 inch bike, but it'll get hooked up on every rook/rock whatever you hit.
It doesn't go 5-6 inches straight backwards, you fool.
Shush you. It's what he said, not nesecarily what that linkage will do.
I'm extremely confused but whatever. So My impression is rearward, then vertical axle paths, but what does this do? Whyy would it be better than just vertical.
I'm extremely confused but whatever. So My impression is rearward, then vertical axle paths, but what does this do? Whyy would it be better than just vertical.
better small bump in the first part along with better square edged hits.
I'm extremely confused but whatever. So My impression is rearward, then vertical axle paths, but what does this do? Whyy would it be better than just vertical.
better small bump in the first part along with better square edged hits.
I see. That is pretty cool if it works out.
Edit: Then again, progressive suspension is pretty much standard issue on high-end bikes nowadays.
I'm extremely confused but whatever. So My impression is rearward, then vertical axle paths, but what does this do? Whyy would it be better than just vertical.
better small bump in the first part along with better square edged hits.
I see. That is pretty cool if it works out.
Edit: Then again, progressive suspension is pretty much standard issue on high-end bikes nowadays.
i actually thnik i can see what he's trying to achieve now like a j shaped axle path,its just difficult to understand from his drawings.
ok, so i was fooling around on linkage, and realized something, the programe only simulates the wheel moving up and down, since thats what standard suspension does. with this design, it may not work out in real life. simulators can be wrong.
so, this is what i recomend you do. use linkage to set up the design again, so that it appears to work. u can then measure distances using the measure tool. now, these measurements are full size, so maybe divide them all by 10 or something, to get a scaled model. after recording these in a hand drawn diagram (doesnt have to actually be to scale), make cut-outs using card board. if ur trying to make a suspension design, im sure ur smart enough to make something to act like suspension, and all the other things.
if it works out, try a wooden one. seriously, make a wooden bike, unless u can get ur hands on some steel and a welder...