Well done, Franz!
I actually did most of this just the other week while changing out the steering rack bushings and boots, basically doing everything short of draining the system. Here are some other tips for you or anyone else considering this.
1. Use a 22mm socket instead of the 7/8" if possible. Yes, they are very close, but because these are also highly-torqued bolts (116-137 ft-lbs), you don't want to chance stripping anything.
2. If you have a Harbor Freight nearby, spend a couple bucks on their ball joint separator. I think they're $10 with coupon. It works nicely to pop off TREs. Just get it on and tightened up a little, then a good whack on the knuckle with the sledge hammer does the rest. Also, leave the nut on during this process...this keeps the TRE from flying off.
3. Removing the brackets for the sway bar gives a ton more clearance. It's also a good time to change those sway bar bushings. Changing the steering rack bushings and boots is also a good idea.
4. Correcting the steering wheel angle is pretty calculated. Easiest way is to just driving forward a few feet, hands off the steering wheel, and let the vehicle straighten itself out normally then park it (don't touch the wheel). Measure the angle however you see fit...for me, I just used the built-in Compass app on my iPhone (switch to the angle mode) and used points on the steering wheel for reference. Then, you figure out how many splines to rotate the top and/or bottom of the steering shaft :
a. Top joint: 1 spline = 12.86° (or 13° for convenience)
b. Bottom joint: 1 spline = 10°
If you're off 7°, rotate the bottom connection 20°(2 splines) in one direction and rotate the top connection 13° (1 spline) in the
opposite direction (20-13=7). If you're off 10° degrees, you need to rotate the bottom connection 1 spline.
If you need to rotate both the top and the bottom in either direction, you have to do one end at a time. This means disconnect only one side of the steering joint at a time (you'll need to remove the bolt in the middle of shaft to allow it to fully collapse), make the adjustment, secure that joint, then repeat on the other side of the shaft.
The unfortunate part is that I don't remember which direction is which, despite the numerous times I've done this for my SFD installs (it uses a custom joint). You'll find out quickly if you did it in the wrong direction

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