- Joined
- Sep 9, 2004
- Threads
- 184
- Messages
- 13,140
- Location
- Boise - Idaho
- Website
- www.snlandcruisers.com
- Thread starter
- #141
Amazing work!
Thanks!
This is how you would go about pressing the axle shaft off the bearing and bearing cage...
Using the "drift" I made this is how you would go about pressing the bearing onto the axle and into the cage, a piece of 1-1/2" pipe would work fine too. Note, I used a wheel since the wheel studs must be in place before pressing on the bearing.
Using the tool to set nut at 157ft/lbs. On the rear axle the bearing is not shimmed, rather it is preset using the bearing spacer found under the bearing & bearing cage. This is why it needs to be torqued to 157ft/lbs. In the later manuals, ie late 70's it states the torque at over 200ft/lbs. If I had to make a tool again, I would make it out of just one long piece of 2' pipe. But put a 1-1/2" spacer where the claw is on the inside of the pipe to keep the pipe aligned and limit play between the pipe and the axle shaft. Then just weld a cap on the pipe and do the square hole for a 1/2" drive. Last bit i would do is weld a ring around the outside of the claw to keep the tabs from spreading. Overall though it worked well and using a conversion found online to calculate the offset torque I was at 138ft/lbs with my tool.
setting the lock washer after tightening, you are likely only to get one tab but that is all you need.
axle shaft in but no shims...
Shimming it up to get axle end play within factory specs, ie .002-.006".
Besides brakes...all done!
I started on the front axle today too...
I had this race, turned down rather than having it made from scratch. The cone shaped king pin that goes along with it I also had turned down to match. This saved a few bucks and will work just fine, ie use less shims.
bottom bearing race in too....
even though they are thread locked I wired up the carrier bolts...
NOS gasket...
and new hardware...
Back at it tomorrow!!
Cheers
Last edited:



