I just got back from my last round of load development at the local range and have some questions. The load data is as follows:
Lapua 308 brass
46.0 grains of Varget (OCW charge)
168 SMK bullet
CCI BR2 primer
Today was testing bullet jump to see if I could fine tune things a bit. I loaded 6 rounds of each jump distance (as measured to the o-give)
2.205 (duplicate jump to Federal GMM 168)
2.215
2.225
2.235
2.245
Shooting from a rest, all groups were within 1/4" maximum spread of each other, with 2.205 being exactly the same as Federal GMM 168.
So now to my dumb question. Would a longer bullet jump (less case capacity) result in slightly higher velocities due to the pressures in the case being higher? Would there be any logical reason to run a longer OAL if the shortest OAL is just as accurate?
By they way, no pressure signs found in any of the loads.
Lapua 308 brass
46.0 grains of Varget (OCW charge)
168 SMK bullet
CCI BR2 primer
Today was testing bullet jump to see if I could fine tune things a bit. I loaded 6 rounds of each jump distance (as measured to the o-give)
2.205 (duplicate jump to Federal GMM 168)
2.215
2.225
2.235
2.245
Shooting from a rest, all groups were within 1/4" maximum spread of each other, with 2.205 being exactly the same as Federal GMM 168.
So now to my dumb question. Would a longer bullet jump (less case capacity) result in slightly higher velocities due to the pressures in the case being higher? Would there be any logical reason to run a longer OAL if the shortest OAL is just as accurate?
By they way, no pressure signs found in any of the loads.