How does the shock not hit the frame when it gets compressed? It looks like its almost touching the bottom of the seat tube already.
Sure hope im just seeing things.
What you're thinking of is actually the other side of the circle around the shock, like the 08 SX trail. It would go something like this: { | }. (Shock is the line, frame circle thingy are these: {} )
What you're thinking of is actually the other side of the circle around the shock, like the 08 SX trail. It would go something like this: { | }. (Shock is the line, frame circle thingy are these: {} )
He's talking about the room between the shock and the top part of the loop. As the wheel goes through its travel the shock generally swings upward and there really doesn't appear to be that much room for that to happen.
What you're thinking of is actually the other side of the circle around the shock, like the 08 SX trail. It would go something like this: { | }. (Shock is the line, frame circle thingy are these: {} )
He's talking about the room between the shock and the top part of the loop. As the wheel goes through its travel the shock generally swings upward and there really doesn't appear to be that much room for that to happen.
yeah exactly. If you look at bottom part of the seat tube/ top tube junction and its proximity to the shock spring at the nominal point, its basically there already. And yeah when the top link rotates it will angle the shock upwards at first.
if you look at how the shock is distributed in front and behind of the tube junction, its about 3:1. when the shock goes through its travel due to the fixed pivot point on the frame the 3:1 moves much less up and down than the 3:1. the closer you get to the fixed pivot point the less the shock moves up and down so i doubt it hits the frame.
if you look at how the shock is distributed in front and behind of the tube junction, its about 3:1. when the shock goes through its travel due to the fixed pivot point on the frame the 3:1 moves much less up and down than the 3:1. the closer you get to the fixed pivot point the less the shock moves up and down so i doubt it hits the frame.
That is true. I'm sure the frame was also tested before it was powder coated.
if you look at how the shock is distributed in front and behind of the tube junction, its about 3:1. when the shock goes through its travel due to the fixed pivot point on the frame the 3:1 moves much less up and down than the 3:1. the closer you get to the fixed pivot point the less the shock moves up and down so i doubt it hits the frame.
That is true. I'm sure the frame was also tested before it was powder coated.
if you look at how the shock is distributed in front and behind of the tube junction, its about 3:1. when the shock goes through its travel due to the fixed pivot point on the frame the 3:1 moves much less up and down than the 3:1. the closer you get to the fixed pivot point the less the shock moves up and down so i doubt it hits the frame.
That is true. I'm sure the frame was also tested before it was powder coated.
+2
Exactly. the shock never gets closer than mabe a quarter inch from the frame
hey man i got a couple designs of my own, more like sketches no proper geo but just curious if you do custom frame builds. like how much would it cost me starting from you putting proper geo to welding?
unfortunately i cant sell bikes that i make cause of the liability. right now i just do it for fun. someday i want to start a company tho
I'm having problems figuring out the rear drop outs. I sketched around the dropout on my bike to get an approx of how they should be. The thing i can't figure out is for the derailleur. On mine the dropouts have a groove for a hanger that mounts derailleur. What exactly do i need on the dropouts for a derailleur?
you need a little hole for the bolt type thing that goes through the hanger and frame! are you designing the hanger yourself or using a major companies as it will be a hell of a lot easier to get a replacement deraileur if you snap yours?