Currie antirock for rear swaybar (1 Viewer)

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37 spline vs 30 spline
 
Holy cow! What's the diameter of that 37 spline shaft?
Its still 24/48 pitch. Overall od is like 1.58. Minor diameter is where the strength comes from. Thats in the 1.4s compared to 1.3s for 35 spline
 
Its still 24/48 pitch. Overall od is like 1.58. Minor diameter is where the strength comes from. Thats in the 1.4s compared to 1.3s for 35 spline
OVERKILL................................ :confused:
 
OVERKILL................................ :confused:
Yeah but they are custom length so I figure better safe than sorry. Now I can worry about everything else breaking instead
 
Great work. Now let's see the front!
 
Its literally solely so I can get out of the garage...

Thank you Sir! You just inadvertently solved my own problem. Moved into a new house and found out this last week that my 80 sits 1" taller than the header on my garage door. had to add approx 500 lbs of weight just to get it in the garage. Later when empty, barely snuck out with 200 lbs of weight and the rear tires deflated to 5psi... I've been thinking "this is going to get old in a hurry". But seeing your suck-down system makes me think this is probably the most cost effective solution. Thanks @nukegoat :clap:
 
Mid-arm 3-link w/ panhard? Will you be making a thread detailing your work at some point?
Mid arm? Its just a standard 3 link. Not sure what a midarm is.

And probably not unless people really ask for it. Not being cagey but its hours of picture curation and detail and most don't intend to follow suit so its not usually interesting to people
 
Thank you Sir! You just inadvertently solved my own problem. Moved into a new house and found out this last week that my 80 sits 1" taller than the header on my garage door. had to add approx 500 lbs of weight just to get it in the garage. Later when empty, barely snuck out with 200 lbs of weight and the rear tires deflated to 5psi... I've been thinking "this is going to get old in a hurry". But seeing your suck-down system makes me think this is probably the most cost effective solution. Thanks @nukegoat :clap:
Its super noisy but works like a charm. Winch was 55 bucks. Total cost was like 90 after synth winch line and wires and crap
 
I'm liking LXNasty :hmm:
This quarter panel mount - how much space between it and the plastic panel? And is it a box? Like is there a spine or edge that stiffens the main panel?
 
Its super noisy but works like a charm. Winch was 55 bucks. Total cost was like 90 after synth winch line and wires and crap

WAY cheaper than raising the header on the garage and buying a new door. And worth every penny compared to airing down (or loading ballast) every time I want to drive in or out of the garage!
 
WAY cheaper than raising the header on the garage and buying a new door. And worth every penny compared to airing down (or loading ballast) every time I want to drive in or out of the garage!
Yes totally. I had like 5 inches of interference when backing in
 
And probably not unless people really ask for it. Not being cagey but its hours of picture curation and detail and most don't intend to follow suit so its not usually interesting to people
I'm very interested to see, even though I would never do the same. I love geeking out and seeing other peoples unique projects though.
 
Fits fine if you dont have a spare there - I welded the tube to tabs welded to my bumper so I can remove it all but you could just as easily weld to a frame rail. Seems to slot in right next to the frame just fine. I imagine this will work fine on stock rear axles too. Performance wise it feels a teeny bit more rigid than the OE bar at its stiffest setting and about 75% of the OE bar at its loosest. The math supports those numbers. I paid $400 for the universal kit from Summit - 50" length and 1" diameter.

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Attached, do you get full articulation?

Why did you not use the sway bar adjustment guidelines of the arm level at mid travel?
 

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Why did you not use the sway bar adjustment guidelines of the arm level at mid travel?
Because sway bars are just a torsion spring with a rate. Different wheel rates and vehicle cg and spring rates and suspension geometries will require one to rely on engineering and math, not universal fitment guidelines from the manufacturer that assume most of those parameters.
 

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