Yo Hoot
TDR MEMBER
When lifting these trucks, there often are a few details that get left unaddressed. One in particular is the geometry of the stabilizer bar pivot point in relation to the axle... before lift and after.
With death wobble always in the back of our minds, it's most important that we cross every "T" so there aren't any questions if it does occur.
Putting the stabilizer bar where it belongs is most important. The nature of the design of this suspension system is based on parts swinging arcs as the suspension travels. All of these motions create unwanted forward and backward oscillations that we need to keep to a minimum. By matching the "level" of the pivot point of the bar back to it's original stock geometry we can eliminate the one sided travel created by the lift kit.
Mine's been in for a couple weeks. I definately feel the difference. Front end seems to handle bumps even better with a more controlled recovery. Basically it feels more responsive and tighter over terrain.
You can view the Full Article Here
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With death wobble always in the back of our minds, it's most important that we cross every "T" so there aren't any questions if it does occur.
Putting the stabilizer bar where it belongs is most important. The nature of the design of this suspension system is based on parts swinging arcs as the suspension travels. All of these motions create unwanted forward and backward oscillations that we need to keep to a minimum. By matching the "level" of the pivot point of the bar back to it's original stock geometry we can eliminate the one sided travel created by the lift kit.
Mine's been in for a couple weeks. I definately feel the difference. Front end seems to handle bumps even better with a more controlled recovery. Basically it feels more responsive and tighter over terrain.
You can view the Full Article Here
