I'm going to try and spend some time working on my 1928 Ford Tudor and I'll see if I can post some pictures of my progress.
The following 2 pictures show the frame brackets I made so the frame can be rolled around while I work on it. The front brackets have swivel casters and the rear brackets are fixed casters.
This is the axle housing that has been shortened by 5 inches. The 1 1/2" brass shaft through the centre is located with 4 aluminum bushings prior to it being welded.
This next picture shows the chamfer on the shaft to get good weld penetration.
How long has this project sat in your garage? I know when I was there a few years ago it had been sitting a while.
I need to get some UMPH so I can start on mine.
Thanks, I bought it in 1999 and I was going to restore it to original. I spent a few years gathering parts at flea markets until I decided a couple of years ago to Hot Rod it after seeing the job my son did on his 31 Ford. Currently I have put other commitments on the back burner and now I'm starting to get at it. Reading some of the stories on this site helps with the motivation to get going on it. I've removed quite a bit of fine used high quality car parts since you were here and I can now walk around the garage without killing myself.
I've finally finished machining the transmission adapter. I started out with a 3/4" thick plate of aluminum so I could machine a shoulder to fit inside a truck bell housing that will register the centre of the adapter. The transmission bearing collar will fit inside the adapter to align the input shaft to the crankshaft centre line. The adapter is 1/2" thick to space the transmission back 1/2" because the 5 speed S10 transmission is too long.
I finally have the frame sitting on the ground with the wheeled brackets attached. The dust on the frame is an indication of how long it has been hanging in my garage.
The following pictures show the brackets I made to support the engine while I make up some engine mounts. They have adjustable feet on them so I can level the engine and find the best place to mount the engine to the frame. I forget where I found the idea to build the engine supports but it was somewhere on the internet.
Thats pretty cool, I often find as rodder people we some times spend more time making widgets and gadgets to help us as we build our car . I have seen a lot of pretty slick and creative stuff made up by guys.. Thanks for posting Bruce..
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The latest addition to the project are the engine mounts. Thanks to all the information on the internet, I was able to build a set of engine mounts. They are just tack welded for now until I'm sure they won't need to be modified. Hopefully I can get my son to finish welding them because his eyes are much better than mine. It's an old age thing.
I also finished the engine mount frame brackets and once I'm sure the engine is in place, I can weld them to the frame. The big white lump in the second picture is the poly urethane that I'll use to make the engine mount bracket bushings.
The next 2 pictures show the engine located in the frame and it will just need some minor tweaking to get it in line. The crankshaft centre line is where the original Model A engine was located and everything appears to be where it should be. The second picture shows the transmission installed and the cross member had to be altered to locate the transmission tail shaft.
-- Edited by Bruce Rossiter on Thursday 1st of September 2016 12:04:46 AM
Nice work, I was suprised that you would worry about .005". I would think the axle housing prone to a small amount of inherent flexing and have some tolerance engineered into it. Thats pretty damn good considering how much the material can move from the heat of welding. Obviously people have been shortening and welding rear members for ages but I'm curious as to how difficult welding the axle tubes is? Are they a cast iron or steel, alloy?
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Nice work, I was suprised that you would worry about .005". I would think the axle housing prone to a small amount of inherent flexing and have some tolerance engineered into it. Thats pretty damn good considering how much the material can move from the heat of welding. Obviously people have been shortening and welding rear members for ages but I'm curious as to how difficult welding the axle tubes is? Are they a cast iron or steel, alloy?
Worrying about 0.005" is just part of my paranoid behaviour and you are right it is probably overkill because of the flexing and built in tolerance.
The axle tubes are steel and the housing ends are forged steel so they weld up fine. I did make sure when I ordered the axle ends that were forged as some of them advertise as cast iron. I would have used the old housing ends but when I was removing the cut off part of the old axle tube, I noticed the housing end was wobbling in the lathe. I can't take credit for the actual weld because I had my son weld them for me because he can see better than I can. He did weld them in sections to disperse the heat in order to reduce the warping and the pictures don't do justice to the welds he did. He is much better at it then I am.
Here's a picture of the engine mount frame bracket set in place and ready to weld to the frame. I'll be looking to support the bracket in the frame in order to strengthen it.
I was also able to put the transmission cross member in place so I can weld the brackets to the main frame cross member. The following pictures show the main brackets and the space I left between the cross member and the transmission to provide a gap for later adjustment.
I was having a bit of trouble holding the axle housing in place while I was trying to line up the linkage for the 4 link bars and frame bracket. I welded a 1/2" nut to the top of the axle housing and used some threaded rod through the rear frame so now I can adjust the location and height of the axle housing easily. The next 2 pictures show the welded nut and the threaded rod making this a one man operation.
The next part that needed to be held in place to align the 4 link bars was the frame bracket. I welded a bracket onto the 4 link frame bracket with a lock bolt so I can position it onto the frame and tighten the bolt to secure it to the frame rail.
Nice work Bruce. Attention to detail and pride of workmanship are very evident. Wish I had a fraction of your skills and patience.
Thank you for your kind words as they are very much appreciated. I have to be very careful while I'm working because I sometimes want to rush to finish and that's when I screw up.
Nice work and crafty ideas but, I have to ask, how much room do you have in front of the balancer? Compared to my roadster it looks really close and I had a short pump and mechanical fan on mine. I also had to cut the firewall some for the distributor
The front of the engine has been a concern of mine also. The balancer in my picture is just barely sitting on the crankshaft and is not in its fully seated position. I also plan to remove the complete area below the balancer for clearance because the part where the original motor mount attached to is in the way.
I'm also in the process of repairing the sub frame extensions on my firewall so I can test fit it. I'm sure I will have to remove some of the firewall for clearance if I use an HEI ignition.
I really appreciate your feedback and I look forward to any further information you can give me.
You have to keep in mind "if you take an inch…you WILL give it somewhere else". There's only so much room in there. I stretched the body 1.5 inches right behind the door in the quarter panel to give me a little more leg room (I'm 6'2"). I could have used more and nobody would have noticed. I SHOULD have stretched the frame a couples of inches instead of cutting into the firewall. As it was I needed a 2" recess to clear the points distributor body (Pertronix inside). If you're running no hood anything can be done. Running a hood with a stretched frame is ok if not too much stretched. Too much and it throws the proportions out of whack.
Oh, I built my own front crossmember out of heavy wall 2 x 2 sq. tube just to get that little extra lowering for free.
Bruce before you do anything permanent mount the body so you get a better picture of where the interferences will be, i.e., steering tierod, cross steer or side steer, balancer to crossmember, Distributor to firewall etc., etc.
You have to keep in mind "if you take an inch…you WILL give it somewhere else". There's only so much room in there. I stretched the body 1.5 inches right behind the door in the quarter panel to give me a little more leg room (I'm 6'2"). I could have used more and nobody would have noticed. I SHOULD have stretched the frame a couples of inches instead of cutting into the firewall. As it was I needed a 2" recess to clear the points distributor body (Pertronix inside). If you're running no hood anything can be done. Running a hood with a stretched frame is ok if not too much stretched. Too much and it throws the proportions out of whack. Oh, I built my own front crossmember out of heavy wall 2 x 2 sq. tube just to get that little extra lowering for free. Bruce before you do anything permanent mount the body so you get a better picture of where the interferences will be, i.e., steering tierod, cross steer or side steer, balancer to crossmember, Distributor to firewall etc., etc.
Thanks again for the information. If I recall, my son had to indent his firewall about 4 inches to get clearance for the distributor. I'm moving very slowly with the firewall repair so I can be sure I'll have enough clearance. I won't be using a hood so it will be possible to gain a bit of room by moving the rad forward if necessary.
You can also move the crossmember forward as well if you're running fenderless. But be sure you mount the body and check everything or you'll be going back. Don't ask how I know OK?
I guess I've neglected my Model A project long enough and after a long decision, I decided to back away from racing and spend some time doing what needs to be done on my hobby. To break in slowly in the garage, I made a stand for my bead roller. The stand holds all the adapters and allen keys. I modified the bead roller with a handle to adjust the depth and made a spring loaded device to return the upper die. I did make a guide based on the Eastwood design and I'll post a picture after I paint it.
The attached pictures show the stand and the upgrades that I made.
Currently I'm working on a stand for my shrinker stretcher.