I'm new to long range shooting, my range only has max of 100yd and would like to explore more further.
The scope above is sitting on a Remington 700 5R.
Would like to ask if my analysis/calculations are correct.
I have a 0-MOA base zeroed the rifle @ 100yd. Then installed the CRS shims.
I verified that I have 83 elevation turret clicks available. 0.1mrad/click ~ 8.3mrads.
Below is the ballistic data n(bullet-drop) for Federal's 168gr 308 SMK
Looking at the 100-yd zero data below, this means I could only set my elevation until 78~79 clicks to hit the target @ 800yd.
But if I set my turret for 800 yd target, the holdover reticle of the scope still has 9mrads to compensate.
Here's the scenario:
1.) Does this mean that it is not enough to attain 14.5mrads to make a 900 yd shot?
OR
2.) I can still do the 900yd shot if:
I subtract 14.5mrad to 7.88mrad (which is the bullet drop data @ 800yd when zeroed @ 100yd) = 6.62mrad which is within the 9mrad reticle compensation?
TIA.
The scope above is sitting on a Remington 700 5R.
Would like to ask if my analysis/calculations are correct.
I have a 0-MOA base zeroed the rifle @ 100yd. Then installed the CRS shims.
I verified that I have 83 elevation turret clicks available. 0.1mrad/click ~ 8.3mrads.
Below is the ballistic data n(bullet-drop) for Federal's 168gr 308 SMK

Looking at the 100-yd zero data below, this means I could only set my elevation until 78~79 clicks to hit the target @ 800yd.
But if I set my turret for 800 yd target, the holdover reticle of the scope still has 9mrads to compensate.
Here's the scenario:
1.) Does this mean that it is not enough to attain 14.5mrads to make a 900 yd shot?
OR
2.) I can still do the 900yd shot if:
I subtract 14.5mrad to 7.88mrad (which is the bullet drop data @ 800yd when zeroed @ 100yd) = 6.62mrad which is within the 9mrad reticle compensation?


TIA.