Ok, have read the various ways to level scopes posted here.
The fundamental flaw I see as a machinist, is you need to know the bubble level itself is actually level when mounted or the tool you use is actually level
So I have a granite surface plate, its level within .0005 in 10 inches using a Starrett master level
I bought 2 US Optics scope cant levels (which BTW really suck and wont use them), 1 is fixed, the other swings out.
One was close, the other way off. The scope on my rifle was done by a pretty good gunsmith I'm told. He told me to level by the top turret, and thats making an assumption that point is even level. (and reading here says it may not be)
Using top of turret, its not level either (now I havent done the plumb bob verification yet)
So heres my question, I can lay my machinist level across the top of the rail, and level to that, but then thats making an assumption its level to the rail wedges themselves.
Or do I care if they differ, as long as reticle with a plumb bob aligns? And scope mounted bubble level is zero'd as well
TIA
The fundamental flaw I see as a machinist, is you need to know the bubble level itself is actually level when mounted or the tool you use is actually level
So I have a granite surface plate, its level within .0005 in 10 inches using a Starrett master level
I bought 2 US Optics scope cant levels (which BTW really suck and wont use them), 1 is fixed, the other swings out.
One was close, the other way off. The scope on my rifle was done by a pretty good gunsmith I'm told. He told me to level by the top turret, and thats making an assumption that point is even level. (and reading here says it may not be)
Using top of turret, its not level either (now I havent done the plumb bob verification yet)
So heres my question, I can lay my machinist level across the top of the rail, and level to that, but then thats making an assumption its level to the rail wedges themselves.
Or do I care if they differ, as long as reticle with a plumb bob aligns? And scope mounted bubble level is zero'd as well
TIA