I looked at the steering cups and bearings, and decided I have some better chrome stuff to use.
I haven’t knocked out the cups yet, but I decided that there’s maybe a rusty splice right at the top front at the neck. There appears to be a little bit of swelling from rust, between the tube and the lug.
All the stuff has to wait right now, because I had a major malfunction on my garage door and I am in the process of rehabbing it. I have a powerful door opener, and when the door got caught on the track it just about folded the top panel in two.
I did some major re-construction to the top panel of the door, including making a three dimensional truss of light conduit and some perforated iron.
That was easy to figure out, but the hard part is that the existing top beam of the door was only attached to the top panel at the frame members. I ended up adding about 50 pop rivets to unitize the beam to the door panel.
I put a lite gauge sleeve in the top of the door panel and I put concealed rivets in it.
I added a lite gauge steel rail to the top of the top panel, anchoring it down with 20 sheet metal screws. Some of those go through the door into the sleeve that I added.
This fixed the structural problems, but you can still tell from the outside that the door was damaged.
I still have some cleaning painting and bodywork to do.
I haven’t knocked out the cups yet, but I decided that there’s maybe a rusty splice right at the top front at the neck. There appears to be a little bit of swelling from rust, between the tube and the lug.
All the stuff has to wait right now, because I had a major malfunction on my garage door and I am in the process of rehabbing it. I have a powerful door opener, and when the door got caught on the track it just about folded the top panel in two.
I did some major re-construction to the top panel of the door, including making a three dimensional truss of light conduit and some perforated iron.
That was easy to figure out, but the hard part is that the existing top beam of the door was only attached to the top panel at the frame members. I ended up adding about 50 pop rivets to unitize the beam to the door panel.
I put a lite gauge sleeve in the top of the door panel and I put concealed rivets in it.
I added a lite gauge steel rail to the top of the top panel, anchoring it down with 20 sheet metal screws. Some of those go through the door into the sleeve that I added.
This fixed the structural problems, but you can still tell from the outside that the door was damaged.
I still have some cleaning painting and bodywork to do.