Does anyone know the angular resolution (spacing in mils or moa) between two adjacent firing solution red-dots that display the point of aim (poa) on the vertical crosshair for the Burris Eliminator 5 5-20x50 and/or soon to be released Burris Eliminator 6 4-20x52 LRF scopes?
To put it another way, I am asking for the mils or moa between one firing solution POA dot on the vertical crosshair and the very next firing solution POA dot that would light up lower on the tree as range is increased and the come up increases.
I ask because I have been thinking of getting one for a while, but the accuracy of the scope is limited to ½ the spacing between two adjacent dots reticle vertical crosshair. For example, if the spacing were 0.5 mil, then the worst case error induced by the resolution would be 0.25 mil, which would 4.5" at 500 yards, 9" at 1,000 yards, or just under 1 moa. I am hoping that the new Eliminator 6 4-20x52 will have resolution of quarter mil or better. Half mil is too much error to give up for long range shots.
To put it another way, I am asking for the mils or moa between one firing solution POA dot on the vertical crosshair and the very next firing solution POA dot that would light up lower on the tree as range is increased and the come up increases.
I ask because I have been thinking of getting one for a while, but the accuracy of the scope is limited to ½ the spacing between two adjacent dots reticle vertical crosshair. For example, if the spacing were 0.5 mil, then the worst case error induced by the resolution would be 0.25 mil, which would 4.5" at 500 yards, 9" at 1,000 yards, or just under 1 moa. I am hoping that the new Eliminator 6 4-20x52 will have resolution of quarter mil or better. Half mil is too much error to give up for long range shots.