Ball Joints
Thank you
I would check the u-joints in the steering knuckle since you are going in that far. It will be easier to replace them now if you can.

I could see a special socket IF one was taking the hub off the spindle, which I did, I just used a hammer and a punch do get the spindle nut off.
But x2 on the press. A pickle fork is nice too for your tie rod ends.
If the hub assembly has never been removed, take your time and don't get in a hurry. You may find yourself with more work if you damage the threaded in of he spindle.
Do it rght and you have saved yourself mucho $$$$'s!
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If the hub assembly has never been removed, take your time and don't get in a hurry. You may find yourself with more work if you damage the threaded in of he spindle.
Do it rght and you have saved yourself mucho $$$$'s!
I have NEVER seen a hub nut that needed to be heated with out there being damage to the hub or bearings before hand. I have seen axle shaft U joints locked up and take heat and BFH to get out of the shafts. Maybe if its a junkyard axle and it's been under water for a while. There should not be rust inside the hub! Good lord what was so bad that you had to heat up the spindle nut? I also don't understand what the 2X4 was used for with a socket and hammer?
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But YES, I did replace all bearings, races in both Hubs and spindle bearing on both Spindles.
Next time, maybe you could ASK for clarification on a previous post instead of ranting, and not Posting anything POSITIVE for which the thread began with.
I'm sure that is why WE (FTE MEMBERS) are here to LEARN and to SHARE in our experiences and our FAILURES.
But YES, I did replace all bearings, races in both Hubs and spindle bearing on both Spindles.
Next time, maybe you could ASK for clarification on a previous post instead of ranting, and not Posting anything POSITIVE for which the thread began with.
I'm sure that is why WE (FTE MEMBERS) are here to LEARN and to SHARE in our experiences and our FAILURES.
Sorry Waffle17 that this has gotten off topic. We shouldn't be hijacking your thread over such by my mistake on the difference between the spindle hub and the spindle housing.
You don't need a ball joint C clamp if you have access to a shop press it will work just fine. Wich ever press you use it works well to put a good amount of pressure on the old ball joint and then heat the knuckle around the joint just a bit. You should hear a snap as it breaks loose.
I can give you the basic step by step instructions.
First remove the 6 allen head screws that hold the hub cover in place, there will be 2 locking rings (snap rings) holding the hub in place, one clip directly in the center securing the axle shaft, and anther clip around the outer edge of the hub assembly. Use a pair of spreading snap ring pliers to remove the ring around the axle, use a small pick or screwdriver to remove the outer ring. Once the rings are removed you can thread a couple of the bolts back into the hub and use them as handles to pull the hub straight out.
With the hub out of the way you'll need the special socket to remove the wheel bearing retaining bolt. The socket can be substituted for a hammer and punch or similar object, save yourself the aggravation and just rent or buy the socket, its well worth it. With the retaining bolt removed you can pop off the outer wheel bearing and slide the brake rotor/wheel stud assembly off and out of the way. The inner wheel bearing/seal is pressed into the rotor assembly.
Next remove the 5 bolts holding the spindle in place, PB blaster or other penetrating oils come in very handy here. Once the bolts are removed you'll more then likely notice the spindle assembly is rusted in place. I had to heat mine with a torch to remove it. If you use heat only heat the mounting surface of the spindle, DO NOT heat the bearing race area of the spindle. If you must use heat allow the spindle to cool off naturally once its removed, just set it aside and let it cool, don't go splashing water on it or anything, doing so can crack or warp the spindle assembly.
Once the spindles are removed you can slide the axle shafts out and set them aside. Removing the axle shafts is the only way you'll be able to access the bolt on top of the lower ball joint.
If your truck is anything like mine the ball joint retaining bolts will be rusted in place and a complete pain in the butt to remove. I busted the head off my 3/4 drive breaker bar (with the assistance of a 10 foot cheater pipe) before the bolt turned. Once again PB blaster, and a high power impact, is your friend. Once you go through world war 3 to remove the damn bolts you'll notice that the balljoints are crusted in place in the steering knuckles. Use a pickle fork and drive it inbetween the knuckle and balljoints with a hammer, you can also use a big hammer to bash ontop of the knuckle driving the whole assembly downward, it took a 4 pound minisledge and several good whacks before either of mine broke free.
Once the steering knuckle is removed place it in a vice and use a ball joint press to press out the old ball joints. If your unfamilar with a balljoint/ujoint press it looks like a big thick C-clamp that you turn using a socket and breaker bar or impact. There will be a big snap ring that you'll need to remove from around the bottom of the lower balljoint. Like was mentioned above you'll hear a nice loud snap as they break free.
Reassembly is basically the reverse of what I mentioned. I would highly recommend changing your front ujoints while out got the front of the truck tore apart if they've never been changed before.




