Sorry, I needed to be more specific. I was wondering about the degrees of rotation on the parallax turret. The higher the degrees, the more precise you can use in measuring for HFT distances. In HFT, the highest magnification is 16 and you cannot move the elevation and windage turrets at all, only the parallax turret. In this case the higher the number the better, giving you more "indexing" granularity on a large focus wheel.
The number of clicks will be based on either the MIL or MOA systems, what your velocity is, your bullet weight, and ballistic co-efficient. Download an app for your phone and input all your equipment data. That will give you the amount of clicks you will need, and you can check that against the MIL or MOA of the turrets of your particular scope.
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Sorry, I needed to be more specific. I was wondering about the degrees of rotation on the parallax turret. The higher the degrees, the more precise you can use in measuring for HFT distances. In HFT, the highest magnification is 16 and you cannot move the elevation and windage turrets at all, only the parallax turret. In this case the higher the number the better, giving you more "indexing" granularity on a large focus wheel.
The number of clicks will be based on either the MIL or MOA systems, what your velocity is, your bullet weight, and ballistic co-efficient. Download an app for your phone and input all your equipment data. That will give you the amount of clicks you will need, and you can check that against the MIL or MOA of the turrets of your particular scope.