Yeah he's a good helper, and it won't be long and little brother will be right there with him. Lol.Glad to see an update to this thread and looks like you have a great supervisor in the shop with you.
Then you'll have twice the help or twice the opposite of helpYeah he's a good helper, and it won't be long and little brother will be right there with him. Lol.
Glad to see an update on this build!A year later and the rear housing is finally done minus caliper mounts. They should be here in a few days and I'll get this thing off the table and get the SD60 for my LJ rigged up to put the new C on. It didn't turn out quite as sexy as I had envisioned in my head, but it will be a hell of a lot stronger than what I had at least.
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Next up for this will be to measure and order the shafts and drive flanges and get the 3rd built.
Just a couple weeks ago I ordered a new 5.0 Atlas to put in this thing too. The 3.0 just wasn't enough behind the Powerglide. So as soon as I can get it pulled I'll have a 3.0 Atlas for sale if anyone is in the market.
Then next up will be start laying out the new front axle to match this one. By my calculations it should take approximately 7 years to build. I've got way to many projects and big ideas in my head, and absolutely no time to complete any of them.
That looks "fun"I jumped back on this thing a little bit the last couple mornings. A friend is building a buggy and wants to buy my 3.0 Atlas, so I got started on getting everything out of the way so it can come out. The belly of the chassis is solid, so it has to come out from the top, so everything in the interior has to come out. I didn't take a picture this morning, but all that's left is one bolt still in the seat, pull the front driveshaft, and then the adapter bolts. The transmission and t-case went in already assembled, but I'm hoping to be able to pull just the case.
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Yeah, past me was an idiot because I was advised not to build them like that for this exact reason and I didn't listen.Future you will appreciate what current you is doing by changing the mounts
That's typically how that cookie crumbles.Yeah, past me was an idiot because I was advised not to build them like that for this exact reason and I didn't listen.
I worked on the midship shafts today and got both of them tacked together and the carrier bearing mounts tacked in place. The carrier bearings are WOD's single ended bearings. The weld yoke is a Spicer 3-28-777 welded into a short piece of 2.25"x.250" DOM to sleeve into the 2.5"x.120" tubing. And the end yoke is a forged 32 spline 1350 yoke from Northern Drivetrain.
Starting on the rear shaft.
Here's my redneck fixture I set up to get them as square as possible and the joints in phase. I'm sure there are much better ways of doing this, but it's what I came up with and it worked pretty well for me.
All tacked together.
And tacked in place.
This picture makes it look a little closer than it really is, but it should clear the shifter linkage just fine.
Looking back from where the pinion yoke will be. As you can see this thing will see some pretty crazy angles.
Putting together the front shaft.
Mounted in place.
And looking back from the pinion again. The front shaft won't have near the angle that the rear does.
I originally planned to put short slips in these shafts hoping that would help with vibration. I already had all the parts to make the shortest slip I could find. But I mentioned it in another thread and Ryan from He-Man Machine recommend that I not put a slip in them. And since he designed and builds the bearings I figured I should definitely take his advice.
I know this is a long ways back. But WOD lists this is a 3"x .095 mid ship end? Did you machine it down to fit the smaller tubing? I would love to find a smaller tube for my midship shaft..