you can order different length pins to change the distance from the taper to the center axis of the ball. it's primary use is to adjust roll centers and spindle heights on race cars. get in touch with somebody up there, then send the picture you last posted and say "help me"
Well, drop the tie rods off and push up and down on it. Takes an entire 10 minutes and it's almost free except for the $.10 cotter pin. Maybe you can pick up a pair of used pins or make some out of paperclips to save some money. Zip-ties are cheap too...
Well, drop the tie rods off and push up and down on it. Takes an entire 10 minutes and it's almost free except for the $.10 cotter pin. Maybe you can pick up a pair of used pins or make some out of paperclips to save some money. Zip-ties are cheap too...
doesn't really look like the tie rod and the control arm are at much different of an angle and i am definitely not maxing out the tie rod movement (pulled the ends to see and they go WAY up).
They did, I just didn't understand that the bind was happening at the inner tie rod, for some reason I was stuck imagining it at the outer.
unless the rack is really new, it's a stretch becuase the inners loosen up a lot over time. Manual rack may be a little different but you never know. The sounds and driveability you described earlier in the thread makes me think the strut is Mis-marked and is actually for an SN95 and is too long. see if you can find a fox strut and compare them to be sure. Would not be the first time a vendor mis-labeled a part and caused problems.
The inner tie rod end only has so much vertical movement before it binds at the rack....and after reading more....I see grape and others pointed it out too....
They did, I just didn't understand that the bind was happening at the inner tie rod, for some reason I was stuck imagining it at the outer.
I am going to order a kit, but I am still having trouble seeing how this would cause the suspension to bind however. Just trying to visualize, seems like the wheels would turn in or out before the suspension would bind.
The inner tie rod end only has so much vertical movement before it binds at the rack....and after reading more....I see grape and others pointed it out too....
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