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I heard that bad sound... right rear wheel bearing needed replacing.
So I get out the 36 mm socket, bust loose the hub/stb axle nut, jack
it up, pull the wheel, then the pull the brake drum and shoes. Then
pull the outer bearing... it's bad so it comes out easy. Then I pull
the brake backing plate, pull loose the outer CV joint, wire it up
being careful not to keep it at a 20 degree or less angle. Then I
start the war with the inner wheel bearing. It's being a bear. Cant
drive it out, can't cuss it out. Guess what, I forgot to pull the
snap ring out. I got my snap ring pliers out when I was pulling
tools and everything. It was just too hot to think. I thought you
would all enjoy it.

By if you are EVER gonna work on those CV joints go ahead and start
looking for an 8mm star tool today. They are kinda like Torx but it
has 10 points instead of 6. I had to go to four stores before I
found one.

I hope this post isn't a bore.
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I heard that bad sound... right rear wheel bearing needed replacing.
So I get out the 36 mm socket, bust loose the hub/stb axle nut, jack
it up, pull the wheel, then the pull the brake drum and shoes. Then
pull the outer bearing... it's bad so it comes out easy. Then I pull
the brake backing plate, pull loose the outer CV joint, wire it up
being careful not to keep it at a 20 degree or less angle. Then I
start the war with the inner wheel bearing. It's being a bear. Cant
drive it out, can't cuss it out. Guess what, I forgot to pull the
snap ring out. I got my snap ring pliers out when I was pulling
tools and everything. It was just too hot to think. I thought you
would all enjoy it.

By if you are EVER gonna work on those CV joints go ahead and start
looking for an 8mm star tool today. They are kinda like Torx but it
has 10 points instead of 6. I had to go to four stores before I
found one.

I hope this post isn't a bore.
I must admit, it sits in the garage ready to reassemble. It was just
too hot and I was too frusterated after seeing the hiding clip to
spend another 1 to 1.5 hours finishing reassembly last Sunday
afternoon. (I like to really relax on Sundays.) I plan to put well
over 300 ft. pounds back on it. I think the book calls for 350 ft.
pounds. Now I have a 3 foot breaker bar. That means I will hump on
that baby to the tune of over 100 pounds of pressure. Which I can do
without stepping on it, but I might do that too. I don't want to
bind the bearings, but I figure I'll probably put just under 400 foot
pounds on it. At least 350 or 360 and then make sure that the cotter
pin lines up.
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