the1jferg wrote:
"If the strut gets any longer it's going to hit the upper A arm. That's why frankenlift struts have a bump-stop on them to prevent damage."
So you lift it to limit it???
The bump stop is on the side of the strut assembly, so it doesn't limit the extension, just prevents it from swinging too far when things move.
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Factory is 8" up/8" down, how much more is the lift gettin ya??
I don't know that a lift actually increases the articulation in the front all that much, if at all. Maybe somebody who measured theirs can chime in? I'm thinking that the geometry of the IFS is fairly limited in terms of how much extension and compression you can get.
I find 8" a little hard to believe, since I'm pretty sure I only had 6.5" of ground clearance in the front before I lifted.
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Do the CV's play any role in this equation???
Sure do. What role that is, I couldn't tell you, though. If I had to guess, I'd say that since only the suspension gets lifted, the CV axle has to go from point A to point B, where A is a fixed location where the power comes from and B is the wheel. When you lift, that CV has to extend further at a standstill. Basically, the more you lift, the less droop you can have, because that CV can only go down so far. I have *no* idea if the CV is actually one of the limiting factors or not, but mechanically, it seems like it would be.
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Jeff 2005 Jeep Liberty Renegade
4x4, 6spd, Leather, Sunroof, trak-loc, skids/rails, hitch+shackle, hooks, Alpine/iPod, Thule, GPS, CB, Frankenlifted w/ 31" MTRs
Photos Cardomain