Well, I knew it was too good to be true. I am loading for long range competition and was using 46.5gr of Varget in Lapua 308 Win cases topped with a Lapua 155gr Scenar. Chrono was reading 2900fps on the dot with less than 15 ES and groups less than .6". After working this through, I was extremely happy with the entire setup.
The one nagging issue I had was after loading 500 rounds, I had the seater stem separate on a Redding 308 Win comp seater die which began digging into the sliding sleeve and creating a rough edge that would damage the bullet and seat inconsistently. Thinking it was a fluke, I simply swapped the die out for another one figuring I just had a defective die.
After loading another 500 rounds today, the seater stem snapped again on my 2nd die! Same exact issue. Seater stem snaps, digs into the side of the sliding sleeve, and leaves inconsistent seating depths.
At 46.5gr, it was a slightly compressed load and crunching could be heard when pressing to a 2.1200" length to ogive. I guess these dies just can't hack the compression required for this load and will either have to back off of find a more robust die with a micrometer top.......
Huge bummer. After investing this much time and seeing positive results everywhere else, it sucks to have your dies not be able to hack a bit of a compressed load.
I'd love to hear some of your thoughts and experiences with this.
The one nagging issue I had was after loading 500 rounds, I had the seater stem separate on a Redding 308 Win comp seater die which began digging into the sliding sleeve and creating a rough edge that would damage the bullet and seat inconsistently. Thinking it was a fluke, I simply swapped the die out for another one figuring I just had a defective die.
After loading another 500 rounds today, the seater stem snapped again on my 2nd die! Same exact issue. Seater stem snaps, digs into the side of the sliding sleeve, and leaves inconsistent seating depths.
At 46.5gr, it was a slightly compressed load and crunching could be heard when pressing to a 2.1200" length to ogive. I guess these dies just can't hack the compression required for this load and will either have to back off of find a more robust die with a micrometer top.......
Huge bummer. After investing this much time and seeing positive results everywhere else, it sucks to have your dies not be able to hack a bit of a compressed load.
I'd love to hear some of your thoughts and experiences with this.