Castle Rock
WKR
- Joined
- Mar 28, 2020
- Messages
- 1,899
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Yep, 10 mils will do it.It ain’t that tall! 10 mils is plenty for me!

How do you measure angular adjustment doing that?Why can’t you just shine a light through the scope against a plumb bob and spin your turret? Is it not the same affect?
I’m probably out of my league here….How do you measure angular adjustment doing that?
I think the point being made is how you know that 10 mrad dialed equals 10 mrad adjusted.I’m probably out of my league here….
The receiver is level, the scope is vertically plum as well. As I spin the turret, the Line on the wall stays plum. What else is there?
I’m probably out of my league here….
The receiver is level, the scope is vertically plum as well. As I spin the turret, the Line on the wall stays plum. What else is there?
It certainly can be done, it's just a matter of knowing what to do.With flashlight method you can just transfer the MILs onto the wall with a sharpie or tape using the reticle's MIL hashes
And it only works if the flashlight doesnt move at all I think. Not sure how well it would work honestly
I would think it would be a little more difficult to detect 1 or 2% errors over 12" of travel vs a true tall target test, but maybe not. It should be a full 1/8th inch for every point it is offIt certainly can be done, it's just a matter of knowing what to do.If you trust that the reticle subtensions are correct, that method should work.