This has been discussed online before, but I'm interested in member opinions and also have a bit of a twist on the topics I've seen.
Found an old ladder I had loaded a year or so ago and wasn't going to shoot. So, pulled them apart. As I was reloading them with a current load, it was obvious that neck tension way way less than normally resized rounds- no shocker there. Interestingly, my COAL also ended up .005" shorter than it is with normal brass off the same seating die, locked in the same position.
The twist is that I'm shooting Hammer bullets and giving them the recommended 1/4 turn crimp on a Lee factory crimp die. So, does anyone have experience with or guesses about how different performance would be between a load with normally sized brass vs the stuff from those deconstructed loads? Think the crimp will negate the neck tension disparity? Feel like I'm finally flirting with reloading nerd status
Found an old ladder I had loaded a year or so ago and wasn't going to shoot. So, pulled them apart. As I was reloading them with a current load, it was obvious that neck tension way way less than normally resized rounds- no shocker there. Interestingly, my COAL also ended up .005" shorter than it is with normal brass off the same seating die, locked in the same position.
The twist is that I'm shooting Hammer bullets and giving them the recommended 1/4 turn crimp on a Lee factory crimp die. So, does anyone have experience with or guesses about how different performance would be between a load with normally sized brass vs the stuff from those deconstructed loads? Think the crimp will negate the neck tension disparity? Feel like I'm finally flirting with reloading nerd status