That was much smarter than it appears on the surface. I made prototype steel body Ranger style hubs with a drive flange set up for Superior.
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I took a simple broken hub repair for 75 bucks at the time and turned into full blown catastrophic failure of practically the entire hub kit with the exception of the rotor. When the stub failed, it was typically a green stick fracture that then allowed the two ends to bypass inside the spindle. That ruined the spindle, the bearings, and the bearing hub. It was a total and complete abject failure. Oddly, the drive flange is basic 1018 CR round bar with no other pre or post material treatment and they survived without a single failure as did all the hub bodies. I employed a unique manufacturing method for them in that I turn the round splined body out of basic DOM, built in a 10 thou press fit, pressed that into a hole in the flange with a nice deep V groove at the juncture which we tig welded. Not a single failure of that joint.
Works for Inner C's pressed onto axle tubes, why not a hub body? I was right, it worked. I learned a fair bit from that experiment, the best lesson was painful.