I got the steel wheel back from the repair shop yesterday, and it looks much better than it did before. I put it on the front hub and spun it to see how straight it looked, and while there’s just a little side-to-side variation it’s not as huge as it was before. This morning I took her out for a test spin, and when I got up to 55mph I did feel a shake—but not as bad as it was before. At 60-65mph it smoothed out and ran like a champ—the engine was happy at that speed and she felt stable and true. So I think I might swap the newly repaired tire to the front, put a camera on both wheels and see if I notice any vibration at speed. If there’s another wheel that looks bad, I’ll get that one repaired as well. And if I need extra balancing, I’m going to take it to a tire shop and have them add balance beads to each wheel.
Three years ago, after I’d pulled all of the carpet off the interior of the truck, I was left with a bunch of adhesive all over the bare metal. Later on I used a rubber-brush wheel on a drill to knock all of that residue off—the ancient adhesive resisted acetone, and I didn’t want to use anything stronger than that—which left a dull finish on the metal. I did a test run with the cutting compound and found that it brought the shine right back, so I spent Sunday afternoon going around the perimeter of the interior and cleaning up the metal, including the doorframes. It looks a million times better inside.
I also pulled the original steering wheel off and replaced it with the one I refinished a year ago. I had to clean up the threads on the new wheel and sand paint off the copper horn ring, but it went on with no complaints and the horn works fine. Interestingly, there is a turn signal cancelling mechanism in there, but one of the contacts was broken years ago. After a test drive with the new wheel, I found that the left turn signal will now cancel, but the right side won’t. I’m going to see if I can source a new mechanism at Nats.
The outside paint is…better than it was, but nothing short of a full sanding job is going to get it to look any better. The cutting compound knocked all of the oxidization back, but the patchy nature of the original paint, remainder of the clearcoat, my bodywork, and rattle-can IH red gives it a true farm-implement look. Thankfully, the fresh paint on the roof and wheels plus four shiny hubcaps make up for a lot of these sins.
On Tuesday a replacement fuel sender showed up, and I started testing it. Using a multimeter, I tested the new sender to make sure it was working (using the Ohm setting, put test leads on the body of the sender and the contact point, and move the float arm. The reading should rise and fall based on where the arm is) and then working backwards from the tank, tried to isolate where the signal was dropping. It got dark very quickly so I wasn’t able to get very far, but I’ve got a plan for how to proceed.
SendCutSend tells me I’m going to have two modified cupholders in hand Thursday, which I’ll weld up for Nats. The goal there is to show them to Light Line vendors to see if they’ll distribute them for me. I’ve done some basic math, and I figure I can make some decent money producing these in volume if I get enough interest.
At Harbor Freight on Saturday, I happened to spy a speed controller box designed for a router. Essentially a potentiometer wired in between power from the wall and the tool, it’s meant to slow the router speed down. This is exactly what I need for a circular saw cutting steel or aluminum, so I grabbed it and a 10″ aluminum blade for the DeWalt miter saw my brother-in-law sent me home with last Christmas. I gave it a test run with some of the aluminum channel I bought last fall, and it does work as advertised, although it pops the 8V fuse on the back of the box. I’ve got to see what the draw from the saw is, but I can’t imagine it’s any more than a router would be—the Porter-Cable unit I’ve got is a monster. I’ve got a box full of glass fuses for the Scout so I can mix-and-match until I get something comfortably between constant tripping and nuclear meltdown.
The test cuts I did worked pretty well. My idea is to do a carpentry-style set of pie cuts to allow for gentle 90˚ rounded corners, which would then get welded solid after they’re bent. I’m going to need to be surgically precise on these, as well as find a way to lay things as flat as possible for the straightest joins. I bought extra aluminum to practice with, but I figure this is going to take some time to do correctly.






















