Scenario One. One pushes the bullet into the case neck, making the seating depth adjustment on a micrometer scale which stops the seating stem from downward travel. This would be on a seating die like a Wilson or a Sinclair/Wilson.
Scenario Two. One pushes the case and bullet up into a seating die with a press until the bullet contacts the seating stem and the case is pushed onto the bullet until it reaches the top of the press stroke. Most seating dies like Redding, RCBS, Forster, work this way.
In one instance the bullet is in motion and the case stationary while in the other, the bullet stops and the case continues in motion until it stops.
Is one method inherently more accurate from the standpoint of maintaining a known fixed distance of a given bullet to the lands of the rifling?
Ken
Scenario Two. One pushes the case and bullet up into a seating die with a press until the bullet contacts the seating stem and the case is pushed onto the bullet until it reaches the top of the press stroke. Most seating dies like Redding, RCBS, Forster, work this way.
In one instance the bullet is in motion and the case stationary while in the other, the bullet stops and the case continues in motion until it stops.
Is one method inherently more accurate from the standpoint of maintaining a known fixed distance of a given bullet to the lands of the rifling?
Ken