Front ford Dana 602009 and 2014 what?
Correct Sterling isn’t round. This a great tech heavy post from the gram about that. I know the old 14 bolts were same way. Not sure about heavy casting newer 14 bolts.
I know it wasn’t a thing on anything 97 and older 60’s. Wfo in their race truck broke a housing in half so maybe call them and ask.So I'm gearing up to passenger drop swap a 05 sd60, and I spoke to a guy today at an axle and frame place. We discussed what it takes to do the job. I said I would prefer to push the long side out of the chunk and press in a new length. He said it's impossible as the tubes are swaged into the pumpkin. In all my research, this has never come up in conversation. Is he using antiquated boomer logic or is this a thing?
I cut the short side off mine today and removed the tube from the C. I am a little surprised to find the tubes are 3/8 thick. I was under the impression they are 1/2". How does a cut and sleeve hold up to abuse? It's definitely cheaper.This one is narrowed to 65.5” for a toyota. Cut and sleeved one side and c slide on the other.
So I'm gearing up to passenger drop swap a 05 sd60, and I spoke to a guy today at an axle and frame place. We discussed what it takes to do the job. I said I would prefer to push the long side out of the chunk and press in a new length. He said it's impossible as the tubes are swaged into the pumpkin. In all my research, this has never come up in conversation. Is he using antiquated boomer logic or is this a thing?
Type of forming, they do it to bottles to form the ends.Impossible
What does he even mean by swaged?
Holds up great, if a sleeve is done properly it’s stronger than the original tube. (Plug weld, correct length, tight fit tube that’s decent thickness)I cut the short side off mine today and removed the tube from the C. I am a little surprised to find the tubes are 3/8 thick. I was under the impression they are 1/2". How does a cut and sleeve hold up to abuse? It's definitely cheaper.
Type of forming, they do it to bottles to form the ends.
Does not make sense since pretty sure the tubes are machined on the ends not formed. You need to machine the ends for the seal anyways just turn the OD at the same time.
Maybe by "swaged", boomer mcgee means he is easily defeated by a pressfitRight, I was drawing a blank, exhaust is the common thing to swedge.
Yea he said swedge, not swage. So basically a taper fit. I thought it sounded like bullshit. I ordered some fresh 3.75 x 3/8 DOM to do the long side, expensive shit. I still plan on a full retube. I've read up on methods to remove the old tube from the center section, and the one i like best is the weld method. Drill out the plug welds as usual, and then weld inside the tube to shrink it. At that point, it should almost fall out. I'm going this route to help keep it as straight as possible. I figure if everthing is press fit, it should stay fairly straight.Right, I was drawing a blank, exhaust is the common thing to swedge.
What size tubes do you use for the internal sleeve? Are they there to reinforce the tube or just for alignment? I have a FF rear I want to narrow but do not want the internal sleeves to be very thick since I still need oil to get to the bearings.I just use the cut and sleeve method. A lot.
Chevy, Ford, doesn't matter.
AlxJ64 and arse_sidewards have made the internal, press fit sleeves for me.
JR4X sent me OD tube, to lengthen em.
Never had an issue in more than 15 years of running em.
I am in uncharted waters. If I had an alignment bar, I would cut, sleeve and truss it. I chose this path to give me the best chance of keeping it straight. It's certainly taken more time and money to do it this way. The tube alone was 230 bucks Canadian. I always take the hard road the first time I do something. I should be that much more happy with the result.I just use the cut and sleeve method. A lot.
Chevy, Ford, doesn't matter.
AlxJ64 and arse_sidewards have made the internal, press fit sleeves for me.
JR4X sent me OD tube, to lengthen em.
Never had an issue in more than 15 years of running em.
I don't use an alignment bar.I am in uncharted waters. If I had an alignment bar, I would cut, sleeve and truss it. I chose this path to give me the best chance of keeping it straight. It's certainly taken more time and money to do it this way. The tube alone was 230 bucks Canadian. I always take the hard road the first time I do something. I should be that much more happy with the result.
No shit. The issue is that after I cut the short side off, I only had 1.5" of stick out with a bunch of crap still welded to it. So the angle wouldnt work in this case. And, being that this is my first go at this, I dont want to leave anything to chance. I plan on spending a crap load on this axle in the form of shafts, locker and highsteer. Would suck to have a crooked axle. This being an 06 SD60, it has 3.75 3/8 tubes, leaving the ID at 3". I like that it's a nice number, but To make sleeves with a press fit, I assume you would need some odd size tube to machine down.I don't use an alignment bar.
The inner tube is press fit. I also use angle on the outside (x2) to keep it straight while we're welding it up. My axles are often straighter than the factory's.
You can usually find a pipe nipple in 160 or XXH wall thickness that will have appropriate wall thickness after you turn it down to size.I assume you would need some odd size tube to machine down.
No shit. I have one, used it at first. Now, fuck it, it's just extra time.No shit. The issue is that after I cut the short side off, I only had 1.5" of stick out with a bunch of crap still welded to it. So the angle wouldnt work in this case. And, being that this is my first go at this, I dont want to leave anything to chance. I plan on spending a crap load on this axle in the form of shafts, locker and highsteer. Would suck to have a crooked axle. This being an 06 SD60, it has 3.75 3/8 tubes, leaving the ID at 3". I like that it's a nice number, but To make sleeves with a press fit, I assume you would need some odd size tube to machine down.
Wierd, I'd feel much better about doing a cut a sleeve over a retube with no alignment bar.I am in uncharted waters. If I had an alignment bar, I would cut, sleeve and truss it. I chose this path to give me the best chance of keeping it straight. It's certainly taken more time and money to do it this way. The tube alone was 230 bucks Canadian. I always take the hard road the first time I do something. I should be that much more happy with the result.
Welding warps metal.Wierd, I'd feel much better about doing a cut a sleeve over a retube with no alignment bar.