trophycummins
Full Access Member
The reason it "kicks out" is because of the opposing shocks. When I converted my truck over to both shocks on the same side, it cured my side to side hop.
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The reason it "kicks out" is because of the opposing shocks. When I converted my truck over to both shocks on the same side, it cured my side to side hop.
Is there any benefit to having the shocks on opposing sides? In other words why did Ford feel the need to change it up?
And this is not just a truck issue, although trucks do make it worse. Watch the Chevy exec hit a high spot on a corner while applying power to a ZR1..... Even the commentator mentions the issue around 1:20.
"Suspension geometry changes were aimed at reducing axle wind-up, which is an engineer-y term for the binding that causes shakes, shudders, and other sh…tuff you don't want. They went to staggered outboard shock mounts—one located ahead of the axle and one behind—
Can I install them without raising the truck?
Is there any benefit to having the shocks on opposing sides? In other words why did Ford feel the need to change it up?