If a shock was mounted to the arm (and the frame), the arm would still not know or care which joint or bushing was on what end. The same would be true of the joints or
Is there enough room for those shocks to misalign 14° in that arm?
If a shock was mounted to the arm (and the frame), the arm would still not know or care which joint or bushing was on what end. The same would be true of the joints or
If I needed to find out, then I would fully cycle the suspension without springs installed.
And if there wasn't?
Then I would need to figure something else out. Fortunately, I do not have this problem on my trailing arm suspension.
Instead of using a bushing at the frame end?
idunno. I only understand what probably should be happening. I am going to trust that the piles and piles of guys who have built these over the years have figured out those little details.
I'm not claiming to know or trying to be a dick. Just genuinely trying to see if I'm correct or not. I'm intrigued by why Savvy is using the narrow JJ on one end. We know even just looking at the photos I uploaded that the RK joint will have to rotate both along the axis going through the bolt, and along the vertical axis. When you say 14° of rotation, is that full articulation with the frame end joint sitting under no articulation, or is there some on that joint due to the axle end joint hitting the mounting bracket?
What is the application of that rope in an off-road context?
There are very few onroad uses for it. Every application I can think of is in the dirt. Large farm equipment, dozers, tanks, military trucks, etc. all get stuck and need something to pull them out.
Just to put these companies I've window shopped before here's some more names!My other thought would be to make my own short arms. With companies likes summit machine I could get the links made and then source my own Johny joints. The only hard part would be making the front upper axle bracket end.
https://summitmachine.com/
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Getting the aluminum bars and drilling and tapping them is not really the expensive part. Johnny Joints are the expensive part.
You’ve not priced 7075 aluminum in 2” diameter then. 130 buck an arm for 2” johnny Joints (last time I bought them, anyway). A Quick Look puts material at 84 bucks a foot, plus shipping and machine time
