You might recall that I was having trouble removing the lower race from the steering head (it’s buried in a tapered portion of the head and not easily accessible from above). After making a few custom tools to try and drive it out from above, I was still stuck. I decided to resort to another tactic, so I borrowed a MIG welder, and carefully ran a bead around the inside of the race. As I’d read on here and elsewhere, it loosened up the race immediately. I then welded a couple of tabs onto the sides so that the welds stuck out enough so I could finish removing the race by tapping it out from above.
Here it is. Free at last!

I was so impressed with the welding tip, and facing a lot of small welding projects in my future (seat spacers and mounts, battery box, seat hoop, dash controls, etc. etc.), I broke down and bought myself a welder today! It’s a little 110v Lincoln model 140c that I’ve set up for MIG. I’ve been taking a welding course at a community college, and while I’d prefer a bigger unit or a TIG setup, I think this unit will work fine for sheet metal work/brackets/spacers, and to tack more important stuff together for TIG work (e.g., exposed frame pieces). I went back and forth between this welder and a Hobart model that was about $100 cheaper. I’m sure either would have worked well, but I prefer this Lincoln because I can fine-tune the voltage setting (Hobart has 4 “tapped” settings). Lincoln has a $75 rebate on it too, which will help a lot. I also got a good-sized tank (80cf) since it costs about the same price to fill as a smaller one, and it wasn’t much more to purchase than a tank half that size.
I’m pretty excited about it. I got everything assembled and hooked up. Unfortunately, I can’t seem to find my welding gloves, so I’ll have to pick up a new pair tomorrow. I’m hoping to get a little welding done this weekend.

I’ve FINALLY decided on an engine paint scheme. I won’t ruin the suspense (ha!) by posting it here, but my plan is to do a little more painting tomorrow.
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