Well after calling and sending e-mail to my Senator and my Representative from my district, I went to work on the wheel.
First a pic of new and old wheel.
Not only did I take pics of everything but also blue taped right and left and orientation to valve stem.
Also note the magnetic sensor came on the new wheel and is under that cover in the center and is how it is shipped. Perhaps something to do with the wide variety of wheel numbers out there?
I also noticed the machining goes to a concave slope after the seat for the bearing. I measured with my micrometer the old bearing reveal and it varied from .279 to .286 on both sides with no rhyme or reason. I was a bit concerned but moved forward.
I then heated the right side and pulled the bearing out of the freezer and it dropped right in. I checked the reveal and again while better it still varied .279 to .285. Now I may have messed up but I was afraid to heat the magnetic sensor on the wheel so I removed it and even brand new they were a bitch. Heated it up, dropped the lightly greased bearing spacer in, the bearing from the freezer and again it dropped right in. I used a socket to make sure it was seated after it cooled down and it was fine. The spacer did move as in the old wheel so I figured I was done.
I installed the magnetic sensor, and since they are open ended holes I used a lot of blue locktite and it did come out the back side. The old had a yellow substance on them.
I then installed the rotors with enough blue locktite but not too much as I did not want to hydro break out any holes on a new rim.
Then I got the Mark Parnes out and did my thing. It only took 14 grams to static balance.
So then it was to this, done!
A quick ride revealed no issues and a smooth running tire up to 75 mph. Interesting the 45 MPH deceleration no hands shake is not present as it was on the original 021, and the PR2 I put on at 1900 miles. Of course it was 32 and it was only a few miles but I detected no issues.
Not too bad, heat and cold made it a breeze to install the bearings, and heat to the rotor bolts made removal very easy.
I wish this on nobody, but not a bad deal at all to do. Still not sure on why you need to torque the pinch bolts in the order they call for on the forks for the axle?
I took 400 grit to the axle, the spacer, and center to outside on the rotors. Like cleaning a CD, never around, from the inside out. Not a lot but enough to clean them up. The rotors had no discernible ridges or gouges so I did not do them hard at all, but figured it will help the pads find their way bedding in again.
All in all I think I am fine again, may have to aim my Moto Lights but minor issue for sure.
Well a Friday Gone Bad Made Right.