- Location
- Hammertown, USA
It can be hard sometimes to find time to update a build thread.
Its too easy to toss some blingy photos up and not really update the tech. We're trying, honest.
One of the problems you run into on a Cherokee is front bumpstop posts bending when you hit hard.
(image stolen from a google search).
Jeepspeed guys have worked out a few very good fixes for this, but our class rules don't permit us to cut the inner fender, which rules those fixes out - but we did our best to emulate them.
I didn't get a good pic of the XJ bumpstop post with the rubber and coating removed, but basically its a sheetmetal tower stitched to flat plate (the fender well). It bends and folds in on itself, causing the failure seen above.
We welded plate in above the bumpstop tower on the inside of the fender, and then tied that into the cage.
Below, we cleaned the tower up, cut up an old steel coil spacer to fit snug against the bumpstop tower and the fender.
Welded that in upside down, to tower and the fender, braced against the plate above. Now in order for the bumpstop to bend, it has to take the entire inner fender along with it.
I'm sure there are better ways to address this, but we're limited by not being able to cut the fender at all. I'm pretty sure this will hold up just fine. I hope it will, as we won't be able to get it off again...
Its too easy to toss some blingy photos up and not really update the tech. We're trying, honest.
One of the problems you run into on a Cherokee is front bumpstop posts bending when you hit hard.

(image stolen from a google search).
Jeepspeed guys have worked out a few very good fixes for this, but our class rules don't permit us to cut the inner fender, which rules those fixes out - but we did our best to emulate them.
I didn't get a good pic of the XJ bumpstop post with the rubber and coating removed, but basically its a sheetmetal tower stitched to flat plate (the fender well). It bends and folds in on itself, causing the failure seen above.
We welded plate in above the bumpstop tower on the inside of the fender, and then tied that into the cage.

Below, we cleaned the tower up, cut up an old steel coil spacer to fit snug against the bumpstop tower and the fender.

Welded that in upside down, to tower and the fender, braced against the plate above. Now in order for the bumpstop to bend, it has to take the entire inner fender along with it.

I'm sure there are better ways to address this, but we're limited by not being able to cut the fender at all. I'm pretty sure this will hold up just fine. I hope it will, as we won't be able to get it off again...

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