Is what metal? Those bumpstops? It's a poly stop with with a 3/8 bolt coming out of the back. The plate on top has a short piece of 1.5" tube welded to the bottom, that slides into the hole in the top of the prothane. It would probably make more sense if I had better pictures haha
The Red on the bump stomp is poly? And the insert has a tube welded to spring perch to keep the prothane in place as well as tube and plate in the top, with space in the middle so when the meet it provides a “hard stop”?
Where did you find those red bump stop things for the top?
Ok... How’d you drill and tap the 1” bolt? I think that’d be the hardest part with the current tools I have- er don’t have. No drill press or work table with a vice for that matter. I’m thinking instead of the 1” bolt maybe I’ll do tube capped drill the cap and weld a nut to it to accept the upper bump stop. The lack of the same amount of adjustability will just require I get the measurements for length of tube true the first go around.
How much space before your ends make contact? Probably a 3” or so gap? I’ve read less... and then read more on the same thread :/
I put the bolt in a vice, drilled it with a cordless drill and tapped it by hand. It was surprisingly easy. As far as the gap, I think it's 2" or 3" I think I'm going to try adding more though. Im curious how much these prothanes actually compress during use, I'd like to stick a GoPro down there and see how they do crawling vs go fast or the occasional jump
Be cool if a YouTube channel like mightyMods or something would show all the science behind it too! Get a visual as well as scientific analysis with things like pressure plates. To not just see them work but get the reading from with and without at full flex to see the transfer of energy and how it pertains to useable traction.
Wishful thinking, but it’d be cool!
Side note-
You said you are doing new shocks this weekend? Are you selling the others??
Still down for more pics as I put this together too... I’m debating on extending the upper post and having a bolt on metal plate that is wide enough to not tear up the lower prothane, instead of having a “cap” on the prothane. Then making the tube in the center of it on the perch long enough to provide a hard stop before getting into my fenders.
The compression rate being kind of hard to calculate is a tough variable. Makes the need for adjustability pretty important- but also more time consuming then I had anticipated.
Here's a few more pics, forgot to mention that I had welded a small round plate to the head of the bolt. As for the old shocks, I'm keeping them for now. Might build another jeep at some point
Should be a good reference for folks in the future too
Had to ask about the shocks, all these members and the for sale section is rather dormant- technically only need 1... probably just pull the trigger on billies.. what’s you go with? 5150s seem to be all the rage ya?