For any of you out there that can give some insight
to this inquiry, regarding the precision of turret 'click'
values.
I'm reading "The Ultimate Sniper" at the moment and have
just finished the section that stress's the importance of
having 'good glass' on your rig. Plaster mentions the difference
between geared, or positive drive turrets as opposed to
friction operated ones.
All higher end scopes have a positive drive like; Leupold Mark IV,
Nightforce, S & B, US optics. . ., and I have these on my two rifles.
(Not all four, only one per rifle..)
So, the question I have is; if one is to constantly adjust your POA
up and down say, 1 - 15 MOA, I can't help but wonder why the
affected area within the turret doesn't wear ? How does it hold onto
an exact 1/4" @ 100 'click' value ? (Or whatever value it is).
I've prooven to myself that the friction turrets DO wear out.
This may not be the most accurate question, but I'm sure those of
you 'in the know' can gather what I'm asking.
Thx.
...WW
to this inquiry, regarding the precision of turret 'click'
values.
I'm reading "The Ultimate Sniper" at the moment and have
just finished the section that stress's the importance of
having 'good glass' on your rig. Plaster mentions the difference
between geared, or positive drive turrets as opposed to
friction operated ones.
All higher end scopes have a positive drive like; Leupold Mark IV,
Nightforce, S & B, US optics. . ., and I have these on my two rifles.
(Not all four, only one per rifle..)
So, the question I have is; if one is to constantly adjust your POA
up and down say, 1 - 15 MOA, I can't help but wonder why the
affected area within the turret doesn't wear ? How does it hold onto
an exact 1/4" @ 100 'click' value ? (Or whatever value it is).
I've prooven to myself that the friction turrets DO wear out.
This may not be the most accurate question, but I'm sure those of
you 'in the know' can gather what I'm asking.
Thx.
...WW




















































