wilbur300wsm
Member
- Joined
- Jul 9, 2008
- Messages
- 14
pdog06
the (.397" off the bottom) is the measurement under the rear scope block and the mount. the front scope block is your pivet point, and the rear block moves up and down for elev moa ajustment. for every 10moa at 100yrds you need .0165" gap under the rear block. so the .397" gap is broken down like this. .397" divided by .0165" = 24. 24x10moa (at 100yrds)= 240moa. plus the 18moa he had in the scope is 258moa. with his zero, the height of the scope, and the cosine angle we were shooting at, 258moa is what it took to get the bullet to land at 3260. hope this helps.
the (.397" off the bottom) is the measurement under the rear scope block and the mount. the front scope block is your pivet point, and the rear block moves up and down for elev moa ajustment. for every 10moa at 100yrds you need .0165" gap under the rear block. so the .397" gap is broken down like this. .397" divided by .0165" = 24. 24x10moa (at 100yrds)= 240moa. plus the 18moa he had in the scope is 258moa. with his zero, the height of the scope, and the cosine angle we were shooting at, 258moa is what it took to get the bullet to land at 3260. hope this helps.
Last edited: