Brian was down last Sunday and we tried to trace the source of the remaining steering play and see if we could do anything about it. I had already replaced the upper and lower control arms, spring perches, stabilizer link and strut rod bushings, all the ball joints and steering linkage and the idler arm, and there was still about two inches total play in the steering wheel. I'm pretty sure this would be unacceptable when driving the car.
It became obvious the play was in the steering gear box. There is some adjust ability in the preload you can put on the steering box bearings, but it didn't help. We removed the entire steering box:
The circular thing surrounding the steering box is part of the door trim called windlace, and has nothing to do with the steering. Note that the steering shaft goes all the way up to the steering wheel. This was changed in 1968 when, for safety reasons, they went to a collapsible steering column. As it is, the steering shaft was like a spear pointed at the driver's chest in a front collision. Another good reason to install three point seat belts.
Brian sanded and primered the outer sleeve of the steering column:
There are rebuild kits available for the steering box, but it requires some expensive tools (bearing presses and inch-pound torque wrench), and can result in steering failure if done wrong, so we decided to order a rebuilt one from a shop in Illinois.
We did manage to get some other things done while Brian was here. I finished up the driver's side door by putting in the "fuzzies" that Brian had ordered from the Mustang shop by his house. I also bought him rear shocks for his birthday and we installed them:
I had replaced the broken spring shackle earlier.
We also partly installed the windshield wiper motor, but found that some gaskets were needed to install the wiper arms to the underside of the cowl, and these had to be ordered.
Next week Carolyn and I are going to Orlando, Florida for my sister's 80th birthday and will stay for a week. By the time I get back the steering box should be here and ready to install.
Wednesday, January 30, 2013
Monday, January 21, 2013
A New Outlook
Haven't posted for awhile for a couple of reasons; one, it's been damn cold out in the shop, and two, I have had cataract surgery and have had limited activity for the past week. I'm not supposed to lift more than 15 pounds or spend much time with my head lower than heart level. That cuts out a lot of Mustang work, and the temps cut out a lot of riding since the roads have been icy (this is supposed to be a motorcycle blog after all). .
The results of the surgery are amazing. It was only done in the left eye, but everything is clearer and brighter. I really don't need glasses anymore except for close-up and reading. My right eye, which was the good one, is now the bad one. I am looking into getting it done also.
I did manage to get some work accomplished, like working on the wheel alignment. The front wheels have been really goofy ever since we got the car back from the body shop. As I mentioned in the last post, part of the problem was that, without the shocks, the suspension was over-extended. Even after getting the shocks installed, though, there was obviously too much toe-in. I rigged up a way to do a really crude toe-in alignment by using some woodworking clamps:
Then from the front I could visually check that the clamp bars are parallel and adjust until they were:
I put the front wheels back on to get a better look at how they matched up with the rear wheels. This is a completely crude guess at what the toe-in should be, but it should at least allow us to someday drive the car to an alignment shop without wearing the tires out or being unable to drive in a straight line. The correct toe-in is only a couple of degrees and I can't get that kind of accuracy this way. I was really working for zero toe in. Here are the results:
I also started working on rebuilding the heater. After taking it apart and cleaning everything up, I repainted the metal parts and clear coated the fiberglass body. While I was painting, I also did the fender splash guards.....three, anyway. One was already done by the body shop.
The splash guards have rubber flashing that seals them up against the fender. This flashing was originally stapled to the metal splash guards. In order to staple anything to metal, you would have to have a super heavy duty stapler, and even though I have an air stapler, I don't think it would work on metal. So one way to solve the problem is to pop-rivet the flashing on.
If one were doing a concourse-type restoration in which everything is supposed to be done like the original car was manufactured, this would not be allowed. But with our philosophy of making it a daily driver, it works fine.
The results of the surgery are amazing. It was only done in the left eye, but everything is clearer and brighter. I really don't need glasses anymore except for close-up and reading. My right eye, which was the good one, is now the bad one. I am looking into getting it done also.
I did manage to get some work accomplished, like working on the wheel alignment. The front wheels have been really goofy ever since we got the car back from the body shop. As I mentioned in the last post, part of the problem was that, without the shocks, the suspension was over-extended. Even after getting the shocks installed, though, there was obviously too much toe-in. I rigged up a way to do a really crude toe-in alignment by using some woodworking clamps:
Then from the front I could visually check that the clamp bars are parallel and adjust until they were:
I put the front wheels back on to get a better look at how they matched up with the rear wheels. This is a completely crude guess at what the toe-in should be, but it should at least allow us to someday drive the car to an alignment shop without wearing the tires out or being unable to drive in a straight line. The correct toe-in is only a couple of degrees and I can't get that kind of accuracy this way. I was really working for zero toe in. Here are the results:
I also started working on rebuilding the heater. After taking it apart and cleaning everything up, I repainted the metal parts and clear coated the fiberglass body. While I was painting, I also did the fender splash guards.....three, anyway. One was already done by the body shop.
The splash guards have rubber flashing that seals them up against the fender. This flashing was originally stapled to the metal splash guards. In order to staple anything to metal, you would have to have a super heavy duty stapler, and even though I have an air stapler, I don't think it would work on metal. So one way to solve the problem is to pop-rivet the flashing on.
If one were doing a concourse-type restoration in which everything is supposed to be done like the original car was manufactured, this would not be allowed. But with our philosophy of making it a daily driver, it works fine.
Tuesday, January 1, 2013
Family Participation
One of the Christmas presents we got for Brian was new front shocks for the Mustang. Installing them, though, presented a problem. The shocks act as a travel limiter on the front springs, and without the shocks in, the suspension was extended further than it normally would be. This meant that to attach the shocks at the top and bottom, the springs would have to be compressed to match the length of the shocks. This would normally not be a problem.......just put a jack under the lower control arm and lift it up. However, without a motor in the car it is so light that jacking on the LCA just raised the car up without compressing the spring. We solved the problem by having all hands muster in the engine compartment and pretend to be an engine:
That provided just enough weight that we could get the shocks attached at both ends.
This brought the wheel, or brake disk, up into a more normal position:
Brian also brought some parts down that he got as presents from other people, and we also made a run to the local parts shop and bought some more. One of the more tricky jobs we did was to install the trunk seal weather strip and then re-align the trunk lid. The seal is installed using weather strip adhesive and it has to bend around the four corners of the trunk lid:
While Brian was installing the lights, I was trying to put some springs in the doors. These springs fit in the hinges and prevent the door from opening too far and bending the sheet metal. They also provide for a detente at partial door opening. The problem is that the spring is about twice as long as the space it needs to go into and I couldn't figure out a way to compress it and fit it in. After a couple of hours of working on it I gave up and after Brian left I got online and did some research on the Vintage Mustang forum where I got the following idea:
Closing the vice and tightening the zip ties got me a compressed spring:
Then I fit it into the door:
It wasn't quite as simple as I make it sound, as it took me most of the afternoon, but I got it done right.
Slowly, but surely, progress is being made.
That provided just enough weight that we could get the shocks attached at both ends.
This brought the wheel, or brake disk, up into a more normal position:
Brian also brought some parts down that he got as presents from other people, and we also made a run to the local parts shop and bought some more. One of the more tricky jobs we did was to install the trunk seal weather strip and then re-align the trunk lid. The seal is installed using weather strip adhesive and it has to bend around the four corners of the trunk lid:
Brian installed the license plate light, the right headlight, right turn signal light, and the fog lights and wires. For some reason we can't figure out, we had two right side turn signal buckets and no left one. These are parts we took off the car and I have pictures that show the left one was correct, so how we ended up with two rights is a mystery.
While Brian was installing the lights, I was trying to put some springs in the doors. These springs fit in the hinges and prevent the door from opening too far and bending the sheet metal. They also provide for a detente at partial door opening. The problem is that the spring is about twice as long as the space it needs to go into and I couldn't figure out a way to compress it and fit it in. After a couple of hours of working on it I gave up and after Brian left I got online and did some research on the Vintage Mustang forum where I got the following idea:
Closing the vice and tightening the zip ties got me a compressed spring:
Then I fit it into the door:
It wasn't quite as simple as I make it sound, as it took me most of the afternoon, but I got it done right.
Slowly, but surely, progress is being made.
Tuesday, December 25, 2012
Windows Fitted (at last!)
I don't want to admit how many hours I have spent getting the side windows in and properly gapped. I actually still have a little work to do on the driver's side door. In my last post I mentioned that I discovered the window regulator was worn out and I had to get a new one. I did that, but in the process of removing all the parts to start over, I had to remove the widow "fuzzies". Those are the fuzzy strips that line the window opening at the top of the door. They are a one-shot deal. They can be put in once, but if they are taken out, it ruins them for re-installation. So I am waiting for Brian to bring down another set.
Here is a picture of the window parts that go into the passenger side door. I don't know if I could have ever figured out where they go had I not found a posting on the Vintage Mustang forum where a guy had cut off the OUTSIDE door panel and taken pictures of how everything was attached to the inside and what they looked like at various stages of the window being rolled up and down:
All these parts have to be installed either through the slot in the top of the door, or through a few relatively small holes in the inside panel........and they MUST be installed in the right order!
Then, once they are installed, the fun begins. The gap between the vent window and the roof (1), between the top of the door window and the roof (2), between the quarter window and the door window (3), and between the quarter window and the roof (4), must all be adjusted so that it all fits. A change in one gap usually effects a change somewhere else, too.
The three windows also must be adjusted so that they fit up against the weather strip along the roof line. This is made possible by adjustments that tilt the windows inward or outward at the top.
Here is the passenger side:
Here is a picture of the window parts that go into the passenger side door. I don't know if I could have ever figured out where they go had I not found a posting on the Vintage Mustang forum where a guy had cut off the OUTSIDE door panel and taken pictures of how everything was attached to the inside and what they looked like at various stages of the window being rolled up and down:
All these parts have to be installed either through the slot in the top of the door, or through a few relatively small holes in the inside panel........and they MUST be installed in the right order!
Then, once they are installed, the fun begins. The gap between the vent window and the roof (1), between the top of the door window and the roof (2), between the quarter window and the door window (3), and between the quarter window and the roof (4), must all be adjusted so that it all fits. A change in one gap usually effects a change somewhere else, too.
The three windows also must be adjusted so that they fit up against the weather strip along the roof line. This is made possible by adjustments that tilt the windows inward or outward at the top.
Here is the passenger side:
Brian is coming down Thursday and Friday and bringing parts he got for Christmas, so we will be doing some work with those.
Friday, December 21, 2012
Mustang Sally
I haven't had a post for awhile, but that doesn't mean I haven't been working on the car. We have had grandchildren visiting, which slowed things down a bit, but I still have spent several afternoons working on "Mustang Sally". Some of the projects are:
1. Installed lighting harnesses in engine compartment and trunk
2. Installed backup lights:
3. Quarter windows and roof weather strip:
4. Notice the door handle, lock, and button release above. This is what it looks like from inside the door:
Most of these jobs have a driver's side and a passenger side. It often takes me a day to do one side, and then an hour or less to do the other side. It's a giant learning process. I start out completely in the dark about how to do a job, and end up an expert in that particular task. I also do a lot of research being done online, and I also visit my local parts supplier and ask questions. There is a Vintage Mustang forum with a lot of knowledgeable and active members that has been a great help. http://forums.vintage-mustang.com/vintage-mustang-forum/
For the past two days I have worked on installing the driver's side door window. It took me a day to get it in, and then I found out it didn't roll up and down properly. I finally decided that the window regulator was worn out, and had to remove everything and get ready to start over with some new parts.
1. Installed lighting harnesses in engine compartment and trunk
2. Installed backup lights:
3. Quarter windows and roof weather strip:
Most of these jobs have a driver's side and a passenger side. It often takes me a day to do one side, and then an hour or less to do the other side. It's a giant learning process. I start out completely in the dark about how to do a job, and end up an expert in that particular task. I also do a lot of research being done online, and I also visit my local parts supplier and ask questions. There is a Vintage Mustang forum with a lot of knowledgeable and active members that has been a great help. http://forums.vintage-mustang.com/vintage-mustang-forum/
For the past two days I have worked on installing the driver's side door window. It took me a day to get it in, and then I found out it didn't roll up and down properly. I finally decided that the window regulator was worn out, and had to remove everything and get ready to start over with some new parts.
Tuesday, December 4, 2012
The Error
I guess it wasn't so obvious after all. Or maybe nobody cared. Anyway, here is the error:
The brake bleeding nipple is at the bottom of the caliper, not the top where it has to be to get air bubbles (which rise) out of the system. This means the calipers have been switched and this one should be on the other wheel. In my defense, I didn't do it; the paint and body shop put the brakes on, and even though I had to take them off again, I did one wheel at a time so I didn't swap them.
I guess the reason why this mistake was so obvious to me was that one time when Brian and I did a brake job on one of his vehicles we switched the calipers and didn't catch it. It was impossible to bleed the brakes even though we tried for hours. He had to take it to a shop where they pointed out the problem. I was pretty embarrassed.
The brake bleeding nipple is at the bottom of the caliper, not the top where it has to be to get air bubbles (which rise) out of the system. This means the calipers have been switched and this one should be on the other wheel. In my defense, I didn't do it; the paint and body shop put the brakes on, and even though I had to take them off again, I did one wheel at a time so I didn't swap them.
I guess the reason why this mistake was so obvious to me was that one time when Brian and I did a brake job on one of his vehicles we switched the calipers and didn't catch it. It was impossible to bleed the brakes even though we tried for hours. He had to take it to a shop where they pointed out the problem. I was pretty embarrassed.
Saturday, December 1, 2012
Spot the Error
There is a glaring mistake visible in the photo below. I discovered it this morning and corrected it. Kudos to anyone who finds it and tells me.
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