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I went with a beam style. Note, pinion torque is to be measured without the seal in place.
Neither did I until about two days agoI wouldnt know anything about the struggle you face.Carry on.
Well, I more meant one ton axlesNeither did I until about two days agoAlways been intimidated by setting gears so I've avoided up until now. Decided it was time to concur my fear. I'll get it figured out eventually, I always do.
I get my wontons from the Chinese restaurant down the street.As I mentioned I've never had wontons - well, not under a Jeep/Buggy thing anyway. But I cant imagine it being off like that is going to be good for it? I feel like thats an instabind on the shaft?
It's probably just shitty casting quality. Sand casting is not a precise process and there's probably just a flaw on the ID of the carrier so it's not concentric to the secondary machining on the rest of it. The entire major diameter of the splines is visible in the locker so it doesn't look like any bind will happen. Definitely less clearance than would be ideal, but it should be fine, especially with a locker that gets a lot less relative rotation of the shafts to the carrier; typically they spin consistently together. Especially on a 14 bolt that are known for having very "tight" lockers.As I mentioned I've never had wontons - well, not under a Jeep/Buggy thing anyway. But I cant imagine it being off like that is going to be good for it? I feel like thats an instabind on the shaft?
This^, non clean up at the secondary operation. If it fits, it ships!It's probably just shitty casting quality. Sand casting is not a precise process and there's probably just a flaw on the ID of the carrier so it's not concentric to the secondary machining on the rest of it. The entire major diameter of the splines is visible in the locker so it doesn't look like any bind will happen. Definitely less clearance than would be ideal, but it should be fine, especially with a locker that gets a lot less relative rotation of the shafts to the carrier; typically they spin consistently together. Especially on a 14 bolt that are known for having very "tight" lockers.
That is most likely a core shift. They have most surfaces machined, so they get close to near net shape and send it. non critical area allows for more variation, which is why it didn't clean up.It's probably just shitty casting quality. Sand casting is not a precise process and there's probably just a flaw on the ID of the carrier so it's not concentric to the secondary machining on the rest of it. The entire major diameter of the splines is visible in the locker so it doesn't look like any bind will happen. Definitely less clearance than would be ideal, but it should be fine, especially with a locker that gets a lot less relative rotation of the shafts to the carrier; typically they spin consistently together. Especially on a 14 bolt that are known for having very "tight" lockers.