I wanted to run wider tires in the rear of my V1. I read a lot online about Weldcraft. There's plenty of discussion about whether welded aluminum wheels are strong enough, which I think is a valid concern. But, I couldn't find any info about tolerances. Like, are the wheels still going to be straight and round after they've been cut apart and welded back together? I'm planning to run my car pretty fast, so misshapen wheels could be a concern.
Well, I finally bit the bullet and sent two stock 18x8.5" 7-spoke wheels off to Weldcraft, to have .75" added to their width. When they came back, I mounted them on the car without tires and put a dial indicator on the inner rim, to see how they did. In the radial direction, I measured .031" and .028" TIR (maximum - minimum shown on the dial). In the axial direction, I measured .024" and .033" TIR. To put that into context, the modified wheels are "straighter" and "rounder" than some of my unmodified OE wheels that I measured before selecting these two to ship out.
So, I'm impressed. I didn't address the question of strength. But, in terms of tolerances, these guys do great work. Just thought I would put this info out there, in case anyone else has wondered the same thing.
Well, I finally bit the bullet and sent two stock 18x8.5" 7-spoke wheels off to Weldcraft, to have .75" added to their width. When they came back, I mounted them on the car without tires and put a dial indicator on the inner rim, to see how they did. In the radial direction, I measured .031" and .028" TIR (maximum - minimum shown on the dial). In the axial direction, I measured .024" and .033" TIR. To put that into context, the modified wheels are "straighter" and "rounder" than some of my unmodified OE wheels that I measured before selecting these two to ship out.
So, I'm impressed. I didn't address the question of strength. But, in terms of tolerances, these guys do great work. Just thought I would put this info out there, in case anyone else has wondered the same thing.