CK5
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I was going to ask you, can't you just pull the rear output apart and leave the shaft itself in the case? I was thinking about possibly that being faster.
It is. But I wanna see it on the bench. Also checking clearances
 

What differences do you find in running ATF in the sm465? I think i remember someone saying something about in the 90-91s they recommended atf, but since ive never had a owners manual for mine i dont know really. Such a change in viscosity between the two.
 
p.s So rad youve owned it since 96, i must have lost that knowledge in the last 296 pages...
 
Oh ok, i got it now. I was thinking this was already fixed.
 
What differences do you find in running ATF in the sm465? I think i remember someone saying something about in the 90-91s they recommended atf, but since ive never had a owners manual for mine i dont know really. Such a change in viscosity between the two.
It’s shifts easier when it’s cold. Yours having an aluminum t case should be atf
 
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LOL
I have that exact same trans adapter for my jack and I've similarly removed the angle iron. The significance / irony? Mine is orange. :rotfl:
 
Do you have problems with the lower rear bearing pushing out?
 
What's with that cross link bar? I didn't realize that you skipped the triple sticks!
:D
 
Is the bearing pushing out a semi common thing? I've never heard of it.
 
It’s shifts easier when it’s cold. Yours having an aluminum t case should be atf

ahh yes i remember the -30 degree shifts haha. Glad i escaped that. Maybe im daft but how does the aluminum case meddle with the 465 fluid?
 
ahh yes i remember the -30 degree shifts haha. Glad i escaped that. Maybe im daft but how does the aluminum case meddle with the 465 fluid?
It doesn’t
Is the bearing pushing out a semi common thing? I've never heard of it.
not super common, but I wasn’t going for a repeat. It sneezed that out when it crapped the 1-2 and reverse gear
 
.005” up movement at the flange 2A696180-8F26-4E24-A6D3-34E659A59B6C.jpeg


.012” up movement measured between the two engagement teeth to the shift collar on the front shaft, with the bearing secured to the front of the case
E5A32B4F-F97E-4089-8BA6-67D168DDEF5C.jpeg
@1977k5
 
Tomorrow I will pull it apart and mic all the bearings and compare to the new ones
 
Remeasured .006” just in front of the seal up and down, with .002” runout

.008” in/out at the flange


Other than the .012” at the joint, didn’t think these numbers were too bad
 
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