I've owned 6+ MOA reticle systems and been wondering why most MOA reticles use a 1MOA hash or 2MOA has rather than .5MOA?
It's kind of odd to me: MOA resolves slightly finer than MIL but in all instances of reticles (that I have found to date) virtually all of them use either 1 or 2 MOA stadia. This means that while I can dial with slightly better precision, wind holds or elevation holds are actually LESS precise than with a .2 Mil hash (~.69MOA equivalent).
It would seem that a .5MOA hash would be fairly easy to etch and would then give better resolution to match the improved resolution of turrets. Given the level of detail that some reticles have, it doesn't seem like a technology limit of etching but maybe it is?
Disclaimer: I get that the competition community at large is predominantly MIL based; this is more of a "why the F$+#? Did they choose 1-2MOA hash" Question. This is NOT a MIL vs MOA discussion in the normal sense, but a "why aren't manufacturers taking advantage of the enhanced resolution of MOA discussion".
It's kind of odd to me: MOA resolves slightly finer than MIL but in all instances of reticles (that I have found to date) virtually all of them use either 1 or 2 MOA stadia. This means that while I can dial with slightly better precision, wind holds or elevation holds are actually LESS precise than with a .2 Mil hash (~.69MOA equivalent).
It would seem that a .5MOA hash would be fairly easy to etch and would then give better resolution to match the improved resolution of turrets. Given the level of detail that some reticles have, it doesn't seem like a technology limit of etching but maybe it is?
Disclaimer: I get that the competition community at large is predominantly MIL based; this is more of a "why the F$+#? Did they choose 1-2MOA hash" Question. This is NOT a MIL vs MOA discussion in the normal sense, but a "why aren't manufacturers taking advantage of the enhanced resolution of MOA discussion".