What software is getting better?As shooters and loads are getting better and the software is getting better
What software is getting better?As shooters and loads are getting better and the software is getting better
Anyone see the flawed reasoning in this part of the article?
An oversize chamber can ruin all your best efforts at building a tack-driving rifle. The oversize chamber will allow the cartridge to lie in the bottom of the chamber and throw the bullet out of alignment with the bore.
Good question, I'm guessing the primary alignment is between the neck and bullet in the freebore (and it's alignment to the bore) and alignment of bolt/case head to the bore(?)What are all the external forces (and their directions) on the cartridge before the primer fires?
I'm asking about the forces on the cartridge from springs and gravity.Good question, I'm guessing the primary alignment is between the neck and bullet in the freebore (and it's alignment to the bore) and alignment of bolt/case head to the bore(?)
Hmmmmm since you said prior to primer strike--that would rule out the firing pin spring I would think, other than the extractor I can't think of any other spring involved, so I'm guessing it's relative to the squareness and concentricity of the breech face to the bore as the extractor holds the head of the case to it?I'm asking about the forces on the cartridge from springs and gravity.
Meaning the shoulder datum in the chamber? yes, that makes sense. I didn't think the "case lies at the bottom of the chamber scenario" made much sense.Doesn't a bolt face ejector push the chambered cartridge forward to its headspace limit?