• Win a RIX Storm S3 Thermal Imaging Scope!

    To enter, all you need to do is add an image of yourself at the range below!

    Join the contest

Dope Question

Isha Tsumi

Private
Minuteman
Dec 28, 2022
5
4
Ohio
Here is the scenario:

The bullet drops 1700 inches at 2000 yards

The rifle scope base is 20 MOA.
The scope has 40 MOA of adjustment
The reticle has 20 MOA below the crosshair
Assume the scope zeroed at zero scope elevation at 100 yards.

Ballistic solution is 85 MOA, therefore I will not be able to hit the target using the scope at its ranging setting. Is this correct?
 
Here is the scenario:

The bullet drops 1700 inches at 2000 yards

The rifle scope base is 20 MOA.
The scope has 40 MOA of adjustment
The reticle has 20 MOA below the crosshair
Assume the scope zeroed at zero scope elevation at 100 yards.

Ballistic solution is 85 MOA, therefore I will not be able to hit the target using the scope at its ranging setting. Is this correct?

You really just need to see how many mils (moa) you have in your scope WITH it on the 20moa base. I guess you got the 40moa number from that being half of your scopes listed 80 moa adjustable value???
 
  • Like
Reactions: Northman623
Here is the scenario:

The bullet drops 1700 inches at 2000 yards

The rifle scope base is 20 MOA.
The scope has 40 MOA of adjustment
The reticle has 20 MOA below the crosshair
Assume the scope zeroed at zero scope elevation at 100 yards.

Ballistic solution is 85 MOA, therefore I will not be able to hit the target using the scope at its ranging setting. Is this correct?

40 + 20 + 20 = 80

80 < 85

Higher math
 
40moa in the scope and you want to shoot 2000 yards? you're roughly 100moa short from what's mounted on my rifle

i'm surprised you can even zero the scope at 100y with a 20moa base

you have 60moa to work with in a best case scenario. you're 25moa short

get a non POS scope