Yeah you can keep them closer but flex the suspension and see what your limits are. I'm going to suggest you dont use heims on the axle end because heim joints just dont stand up to the average rig -- they're fine for competition rigs where they can be replaced after every few runs but they die quickly in mud and dirt. I ran a cheap heim on the panhard and it became "loose" in no time. I replaced it with a higher quality heim but I still worry about it. You can use the heim on the frame side of the link (where its a little higher) but if you can, use something that is rebuildable like a Rubicon SuperFlex, a "johnny joint", or the likes.Do you think the spacing of the 2 heims on the axle side is very important? I see the guy from FSB said 8" from center to center, and ovbiously the farther apart the more leverage you get for controlling wrap but since wrap isnt the biggest problem here I think I could keep them closer in hopes of having clearnce of the engine xmember.
all you need is to set it up like a 3 link like Mr.obama here....but insted of lower links you have leaf sprigs...kinda like a track bar that goes front to rear not left to right....follow me here?
just go to a local Tractor Supply and get a third link bar for a 3 point hitch on a tractor...make mounts and ur set...
I think as long as the link is as long as half of the leaf spring, then you should be good cauz its length is not fixed due to the shackle. I'm not sure using a 4-link calculator will give you anything also cauz such a link doesnt do anything with anti-dive or roll centers.
I like this one -- looks like the one I think redRanger posted:
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I think the above implementation is better than the one below because the link's pivot point is at about the same location as the leaf spring's frame hanger
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http://www.diy4x.com/images/antiwrap bracket.JPG
Ive decided to use that anti wrap bracket instead of making my own caus its only 20 bucks and im lazy.
Ive decided to go with evo heims based on a tech article from billvista. The evos are huge, first and foremost but also rebuildable, and have an adjustable shank so I can adjust pinion angle. Since they are so big and beefy they can withstand the stress any 3rd upper link will encounter counteracting axle wrap (my main problem) but they will also resist the force of the axle pushing back so whatever joint I put in there needs to be tough. A large RE joint may work, but I dont think it will offer the misalignment I need. Poly performace uniballs are a good choice but they dont seems like they will be able to handle the stress and I would still have to weld on a threaded shank so I can adjust them.