So I pulled a table for 22 out to 100 yards.
Realistically, and it sounds insane, I'd want a set up that would handle 550-600 yards max.
How do you calculate what mix of rails, mounts and scope adjustment needed for subsonic? I run MIL/MIL scopes.
So for 500-600yards, you'd need 30-40MILS/100-130MOA.
Scope mounts and rails would be additive, but when it comes to scopes, the internal adjustment is the total range that it will move. The zero you use will place the reticle in that range. The longer the zero range, the better the placement of the reticle?
So if you have a 30MOA base, a 20MOA mount is 50MOA or 14.5MIL. If your scope has 30MIL of vertical adjustment, does that mean that there is 15 (half) mils of elevation to use? So a total of 14.5+15, or about 30MILS of vertical to use That would get you close to 500 yards- and then you could go down the reticle to get more mils? at 25-30x on a scope, how many MILS of a reticle are visible 4-5?
BUt that is really using all the adjustment to get max range- your zero would be in a limited range of possible values? And if you had to dial in some wind, you might not be able to get the max elevation?
I've never had to play at the edges of the sighting systems before. I'm just looking for a way to calculate what is needed.
Realistically, and it sounds insane, I'd want a set up that would handle 550-600 yards max.
How do you calculate what mix of rails, mounts and scope adjustment needed for subsonic? I run MIL/MIL scopes.
So for 500-600yards, you'd need 30-40MILS/100-130MOA.
Scope mounts and rails would be additive, but when it comes to scopes, the internal adjustment is the total range that it will move. The zero you use will place the reticle in that range. The longer the zero range, the better the placement of the reticle?
So if you have a 30MOA base, a 20MOA mount is 50MOA or 14.5MIL. If your scope has 30MIL of vertical adjustment, does that mean that there is 15 (half) mils of elevation to use? So a total of 14.5+15, or about 30MILS of vertical to use That would get you close to 500 yards- and then you could go down the reticle to get more mils? at 25-30x on a scope, how many MILS of a reticle are visible 4-5?
BUt that is really using all the adjustment to get max range- your zero would be in a limited range of possible values? And if you had to dial in some wind, you might not be able to get the max elevation?
I've never had to play at the edges of the sighting systems before. I'm just looking for a way to calculate what is needed.