There is a "bar pin eliminator" that bolts in place of the original nuts, but you have to get the welded nuts (and their captive bolt shafts) off the frame plate before it can be used.
Also, I tried these when I replaced the original shocks... and my advice is a strong "DON'T BOTHER".
They actually create more problems than they resolve.
1- They still need to be bolted in place, so that means removing the weld nuts and figuring out a means to secure the pin eliminators to the frame. I did this with "panel nuts", and I believed my issues would soon be gone.
View attachment 322100
How wrong I was.
2- Once secured in place, the pin eliminators actually move the pivot point of the upper shock mount DOWN by about 1.5". Shouldn't be a big deal, right? WRONG! This movement actually creates a nightmare for the rear shocks by decreasing the distance that the shock can travel (expand and compress).
3- Removing the bar pin from your new, original length, original-style, replacement shocks further reduces the amount of travel that they will allow. Couple this with the new position of the upper mount and you have a recipe for a really shitty rear suspension setup.
Our shocks bottomed out on even the slightest bumps and rode like an old hay wagon.
4- Bottom line; If you plan on any revision to the rear, upper shock mounting, do your homework and make certain that the shocks you use are appropriately sized to avoid the headache that I ended up fighting.
I ended up replacing the entire suspension with a 2.5" lift kit to correct these issues 'once and for all'.
I should have simply used the panel nuts to secure the replacement shock mounts and been done for less than $10.