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My question mainly deals with bending links. Assuming they are properly strengthened or reinforced, would a bent link be the equivalent of a straight link from joint to joint?
For example, in the attached picture, if I had a link made up like the black lines, would it be the same as the green line?
To keep them from rotating, you'll need to run a bushing-type joint at the frame side. The axle-side can still be a heim/johnny/etc. type joint to allow for the axle flex.
I've got a box full of bushings/sleeves and flex joints. My understanding was that I wanted a bushing at the axle and flex joint at the frame
believe they did a controlled winch/rollover where they balanced it on two tires, checked the angles, and calculated from there.
I'd just guess
My goal is to roll the pinion upward another 10-12 degrees and run a front CV driveshaft. Obviously, cut and turn is part of the process whether I retain leaf springs or go with a linked suspension.
The big issue I have with rotating the pinion is the spring pad on a Dana 60 is cast into the passenger side of the pinion. From what I've read, it sounds like a big pain in the butt to cut up the cast spring pad in order to get 10-12 degrees of rotation.
If I keep the SOA, I'm looking at the following "work" to do:
From a work stand point, going to a link suspension is only adding three more frame mounts and three more axle mounts while not spending time grinding the passenger side cast perch. One of each of the mounts would possibly be a panhard bar mount(three link)
- cut driver side spring perch off and redo
- grind passenger side cast perch to proper angle
- cut and turn knuckles
- fab up a front wrap bar (two axle link points and one frame link point)
Why not go to a double cv shaft in the front? It will relieve a lot of the pinion angle and much cheaper than going through all the work of cutting things apart and welding everything back together.