DIY bump steer kit
#1
DIY bump steer kit
http://www.globalwest.net/adj43.html
Really? Over 200$ for a tie rod, heim joint, and a couple nuts and bolts? Anybody ever made there own? If you drill out the spindle so a traditional grade 8 bolt will fit, I would think you could make your own for about $30.
Really? Over 200$ for a tie rod, heim joint, and a couple nuts and bolts? Anybody ever made there own? If you drill out the spindle so a traditional grade 8 bolt will fit, I would think you could make your own for about $30.
#3
Hmm maybe I dont understand...I thought bumpsteer was created when on our mustangs when they are lowered making the tie rod almost level with the ground. If we just put some sort of spacer in there to make the tierod angle down again it should correct bump steer. I was just going to make something that would drop it down 2 inches so the the tie rod angles down again. should make an improvement.
#4
from what I've read bumpsteer is created when the angle of the lower control arm does not match the angle of the tie rod. As the wheel moves up and down on the lower control arm radius, the different radius of the tie rod pivots the spindle creating bump steer. By matching the LCA and tie rod angles, you eliminate the conflicting angles. hope I got that right??!! happy new year!
#5
from what I've read bumpsteer is created when the angle of the lower control arm does not match the angle of the tie rod. As the wheel moves up and down on the lower control arm radius, the different radius of the tie rod pivots the spindle creating bump steer. By matching the LCA and tie rod angles, you eliminate the conflicting angles. hope I got that right??!! happy new year!
#6
Hmm maybe I dont understand...I thought bumpsteer was created when on our mustangs when they are lowered making the tie rod almost level with the ground. If we just put some sort of spacer in there to make the tierod angle down again it should correct bump steer. I was just going to make something that would drop it down 2 inches so the the tie rod angles down again. should make an improvement.
All cars have some amount of bumpsteer from the factory. Your Mustang came from the factory with bumpsteer. Lowering it or changing to a rack & pinion steering system can amplify the amount of bump steer that a car has. The spacer kits that are sold are made to allow adjustment of the outer tie rod ends, but bump steer involves soooo much more than that. To completely remove it from some cars, modifications to the drag link, spindles, pitman arm, and idler arm are needed, as well as some sort of measuring device to measure bump steer at different amounts of suspension travel.
#7
So I can probably use an angle finder on my tie rod and match it with the lower control arm angle and get it pretty close. I dont think I would want to get rid of the taper in the spindle. I think without it being a perfectly tight fit it could cause some failure. Ill see if I can find something to make a kit.
I know $200 or so doesnt seem like much. I just have a lot of fun doing the research and trying to build things myself. The coil over front suspension im building has been a blast. And when Im done Ill have a kit which I think is better built than some of the $2500 kits available and Im only out about $600.
I know $200 or so doesnt seem like much. I just have a lot of fun doing the research and trying to build things myself. The coil over front suspension im building has been a blast. And when Im done Ill have a kit which I think is better built than some of the $2500 kits available and Im only out about $600.
#8
I wonder if the pinto tie rod taper is much different.
http://www.speedwaymotors.com/Adjust...Heim,3333.html
Fred
http://www.speedwaymotors.com/Adjust...Heim,3333.html
Fred
#9
#10
The kits that are pictured will all work, but they are not going to totally eliminate the bump steer. The only way to eliminate it is to set up a fixture to measure how much you have, and then start modifying parts until it is fixed. Does it matter on a street car, NO.