Morning Greg,
Let's see if we can figure this out!

Like I mentioned to you on TID, I have found that applying M205 with moderate to heavy pressure throughout the buffing cycle including the last pass, seems to work much better for me with the new SMAT's abrasives in M105/M205.
The other thing that seems to work, and while it is not recommended by Meguiar's is to use the G-110 on speed 6 in cases where a slower speed has not worked sufficiently. Normally I try and use the finishing polish at around speed 3-5 on the G-110 to finish out the paint. But in a few cases, I found that actually increasing the speed all the way up to speed 6 did make a big difference. This higher DA speed also helps to explain why on certain paints, I get better results using M205 with the rotary polisher than I do with the DA.
Like I also mentioned, I have found that it is very critical to use a clean pad with the new SMAT's. If you are using a Meguiar's W-9207 Finishing Pad, be sure to clean it after
every panel. This is critical and without going into detail is one of the things Kevin Brown will bring up in his pending paper ( I was one of the proof readers). With the new SMAT's I switch out to clean pads for the same step way more often than I do with the traditional diminishing abrasives. So for an average size car, I will now use at least 3-4 pads per detailing step, maybe more. This last point I have found has made the biggest difference of all. If you tend to use the same pad,
even if you clean it after every panel, because the new abrasives do not break down per se, a saturated pad with excess product could be a cause of the hazing you are experiencing.
Finally, some paints are just difficult to master. Many times, after all of my polishing steps and products of various brands get used, I sometimes have to use a unique method. For example, on some paints, no matter how I tried, I could not get the paint to finish out with the DA. But with the rotary it came out flawless. :xyxthumbs
Give the above a try and then report back. Hopefully we can get this figured out!!
Tim