Maybe, Ha!
What I'm thinking is this: The Dana60 rear axle from my 1972 J-4000 has the center diff offset to the passenger side by 5". If you have the long side of the housing cut down those 5", you could use an extra short side axle shaft on the cut down long side and the axle would be 53" wide backing plate to backing plate with the diff centered.
This is just right for my ScoutII and I'm thinking it would be real close for a Waggy or NT Cherokee also. The bolt pattern for the wheels is 5 on 5 1/2 though. You could have the wheel flange redrilled for 6 bolts easily enough. The axle shafts are 35 spline 1.5". Plenty strong on a semi-floating axle.
Question is: what is the backing plate to backing plate distance for a Waggy?
I have talked to a local axle guy and he said he would cut the housing down for $100. My ScoutII uses the 5 on 5 1/2 bolt pattern so I won't be having the wheel flange drilled for the six bolt pattern.
Seems this could be an inexpensive way to have a D60 rear axle.
What you say?
What I'm thinking is this: The Dana60 rear axle from my 1972 J-4000 has the center diff offset to the passenger side by 5". If you have the long side of the housing cut down those 5", you could use an extra short side axle shaft on the cut down long side and the axle would be 53" wide backing plate to backing plate with the diff centered.
This is just right for my ScoutII and I'm thinking it would be real close for a Waggy or NT Cherokee also. The bolt pattern for the wheels is 5 on 5 1/2 though. You could have the wheel flange redrilled for 6 bolts easily enough. The axle shafts are 35 spline 1.5". Plenty strong on a semi-floating axle.
Question is: what is the backing plate to backing plate distance for a Waggy?
I have talked to a local axle guy and he said he would cut the housing down for $100. My ScoutII uses the 5 on 5 1/2 bolt pattern so I won't be having the wheel flange drilled for the six bolt pattern.
Seems this could be an inexpensive way to have a D60 rear axle.
What you say?
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