Well see if welding spring steel works for you. Another thing when welding like that make a baloney cut so the stress isnt in a straight ring.
Someone suggested superglue, but I thought better of it. At least a little heat gives it a better chance. ;D I figured on the end like that it would be lever stress (whatever the proper engineering term is) verses torsional stress so by sleeving it, I think it'll hold for some time. If it breaks, I'll work a little harder on the next one. The baloney cut would've been difficult because I was joining the pieces in a curve. That's LOTS (translated LOADS AND LOADS AND LOADS) of grinding....
Interesting tying your sway bar struts to the end caps where my front shock is mounted. I like seeing your project evolve. Keep up the good work.
Thanks. I didn't even weigh pros and cons of where to mount it. Just welded a tab like it'd be for a shock and rolled with it. Logically, now that you make me think about it, it will be in direct contact with the end of the spring, so... will it work better than if mounted to the axle housing? IDK, but it's mounted and works great. I can twist hard on the wheel at 35 and hear the front tire scrub more than I've ever heard before. It's got lots of control to it.
I also plan on adding a rear swaybar. I need to weld a stud for the link to attach to the axle. This bar won't need any adjusting/welding. Might need to extend the links that are on the bar tho. We'll see.
In other news, I did change my mind about going inboard with shocks. Since I'm going to an antiwrap bar, I don't have room for inboard. I didn't realize I had 1-1/4" lip that I could cut away and move the top of the rear shock mounts inward. So that's what I plan to do. Both front and rear shocks have about 3 more inches of travel than necessary, so it won't hurt to lower the top mount just a touch to get it under the bed and get some clearance to the tire when it's tucked up.