After reading the article, it all sounds very good and logical, but I'm still trying to process (in my mind) all that's actually going on as the bullet is seated deeper at each interval. For example, if one is starting with a load that fills the case to something like 102% of case capacity when seated at the lands, how far can one keep reducing the the seating depth until there's a major pressure problem? If one is starting with a load that only fills 94% of the case capacity, then there's plenty of room to not have much worry about too much pressure as one seats the bullet deeper. This issue wasn't mentioned in the article. I know this process is really all about POI, but as a bullet is seated deeper and deeper, one is changing MV and pressure curves (given the same powder load). So to some extent, MV data can be telling you something too as it relates to POI, isn't it . . . ??? Or maybe it just doesn't really matter???
I've got some more mulling to do.
Anyone else have any thoughts along this line?