Both the Heims and DOM tubing delivered sooner than expected.. and holy beef batman.. If you thought the LC200 tierods were beefy.. wait until you see this come together..
I really need to think about the size of this setup before I get to cutting, drilling and welding.. I feel like I will end up with quite a short piece of tube by the time I stack the heim, lock nut, weld-in bung, and the the tube, i'll probably have maybe a 2" piece that needs to be made up, but I need to make sure it is short enough fully screwed in to give me some toe-in adjustment. The heim joint has probably 1.5" of thread I can screw outward so toe-out adjustment isn't concerning, just need to make sure I can hit just below the minimum total width needed.
Edit: ran out and grabbed some rough measurements and i think I should be ok.. with the inner tierod threads bottomed out on the heim joint threads I have just a bit over 2 inches of space between the inner rod lock nut an the inside of the weld bung for the heim. This is what I'm going to cut the pipe to and drill out to 1" on the welded insert side and 20.5mm on the threaded side. The heims are reverse threaded so I'll be able to easily adjust the toe without having to take everything apart which is nice, originally I was thinking of just having to either undo the heim bolt or or spin the inner tierod for adjustment, but this should work out great.
The limiting factor in this setup will be the inner tie rod threads bottoming out on the heim so I don't see a reason not to go ahead and cut the tube and get everything prepped. I'll probably give myself a bit of wiggle room on the tube and cut it to 1.75" in case I have to end up cutting down the heim threads allowing the piece to screw on further down.. we'll see. This is some super thick stuff.. really wish I had a bandsaw to cut through this but the angle grinder will work just as well.. only messier and louder lol.
ps: fun fact.. I believe my factory tie rod could fit INSIDE of the DOM tubing.. that's the size difference in diameter we're talking here lol.
I really need to think about the size of this setup before I get to cutting, drilling and welding.. I feel like I will end up with quite a short piece of tube by the time I stack the heim, lock nut, weld-in bung, and the the tube, i'll probably have maybe a 2" piece that needs to be made up, but I need to make sure it is short enough fully screwed in to give me some toe-in adjustment. The heim joint has probably 1.5" of thread I can screw outward so toe-out adjustment isn't concerning, just need to make sure I can hit just below the minimum total width needed.
Edit: ran out and grabbed some rough measurements and i think I should be ok.. with the inner tierod threads bottomed out on the heim joint threads I have just a bit over 2 inches of space between the inner rod lock nut an the inside of the weld bung for the heim. This is what I'm going to cut the pipe to and drill out to 1" on the welded insert side and 20.5mm on the threaded side. The heims are reverse threaded so I'll be able to easily adjust the toe without having to take everything apart which is nice, originally I was thinking of just having to either undo the heim bolt or or spin the inner tierod for adjustment, but this should work out great.
The limiting factor in this setup will be the inner tie rod threads bottoming out on the heim so I don't see a reason not to go ahead and cut the tube and get everything prepped. I'll probably give myself a bit of wiggle room on the tube and cut it to 1.75" in case I have to end up cutting down the heim threads allowing the piece to screw on further down.. we'll see. This is some super thick stuff.. really wish I had a bandsaw to cut through this but the angle grinder will work just as well.. only messier and louder lol.
ps: fun fact.. I believe my factory tie rod could fit INSIDE of the DOM tubing.. that's the size difference in diameter we're talking here lol.
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