RETICLE FOR MULTI-ROLE VIEWING OPTIC
The disclosure relates to target acquisition and related devices, and more particularly to viewing optics and associated equipment used to achieve shooting accuracy at, for example, close ranges, medium ranges and extreme ranges at stationary and moving targets.
1 . A reticle comprising:
a) a crosshair feature comprising at least three non-intersecting crosshairs extending radially toward an optical center of the reticle and which divide the reticle into at least three quadrants;
b) a center dot positioned at the optical center of the reticle and comprising a center portion partially surrounded by a discontinuous ring; and
c) at least one of
i) a first range estimation feature,
ii) a drop point-of-impact estimation feature,
iii) a wind point-of-impact estimation feature, and
iv) a moving target point-of-impact estimation feature.
2 . The reticle of claim 1 , wherein the crosshair feature comprises at least a left crosshair and a right crosshair that bisect the reticle into an upper quadrant and a lower quadrant.
3 . The reticle of claim 1 , comprising the moving target point-of-impact feature.
4 . The reticle of claim 3 , wherein the moving target point-of-impact feature comprises two or more markings linearly arranged and intersecting with the center dot to form a discontinuous line through the center dot.
5 . The reticle of claim 4 , wherein the two or more markings form a discontinuous line between the left crosshair and the right crosshair.
6 . The reticle of claim 4 , wherein the markings have at least three sides, two sides of which are equal in length and intersect at a vertex such that the two sides point toward the center dot.
7 . The reticle of claim 1 comprising the first range estimation feature.
8 . The reticle of claim 7 , wherein the first range estimation feature is a distance from the center dot in one of the at least three quadrants.
9 . The reticle of claim 7 , wherein the first range estimation feature comprises
a primary vertical axis,
a plurality of horizontal cross-markings intersecting the primary vertical axis, the horizontal cross-markings having differing lengths, and
at least one indicium associated with at least one of the plurality of horizontal cross-markings.
10 . The reticle of claim 1 , comprising the drop point-of-impact estimation feature.
11 . The reticle of claim 10 , wherein the drop point-of-impact estimation feature is adjacent the center dot.
12 . The reticle of claim 10 , wherein the drop point-of-impact estimation feature comprises
a primary vertical axis extending downward from the center dot,
a plurality of horizontal cross-markings intersecting the primary vertical axis, the horizontal cross-markings having differing lengths, and
at least one indicium associated with at least one of the plurality of horizontal cross-markings.
13 . The reticle of claim 1 , comprising the wind point-of-impact estimation feature.
14 . The reticle of claim 13 , comprising the wind point-of-impact estimation feature, wherein the wind point-of-impact estimation feature comprises at least four pairs of markings, wherein one pair of markings extends linearly from each end of at least two of the horizontal cross-markings of the drop point-of-impact estimation feature.
15 . The reticle of claim 14 , wherein the markings are dots.
16 . A viewing optic comprising the reticle of claim 1 .
17 . A circular reticle having a circumference and an optical center, the reticle comprising:
a) a crosshair feature comprising a right crosshair extending radially from the circumference toward the optical center at approximately 90°, a left crosshair extending radially from the circumference toward the optical center at approximately 270°, and a bottom crosshair extending radially from the circumference toward the optical center at approximately 180°, wherein in the right, left and bottom crosshairs do not intersect the optical center and divide the reticle into at least an upper quadrant, a lower left quadrant, and a lower right quadrant;
b) a center dot positioned at the optical center of the reticle and comprising a center portion partially surrounded by a discontinuous ring;
c) two or more markings extending linearly between the right and left crosshair at calculated intervals forming a moving target point-of-impact estimation feature;
d) a drop point-of-impact estimation feature comprising
a primary vertical axis extending downward from but not intersecting the center dot,
a plurality of cross-markings perpendicularly intersecting the primary vertical axis, and
at least one indicium associated with at least one of the plurality of cross-markings;
e) a wind point-of-impact estimation feature comprising at least four pairs of markings, wherein one pair of markings extends linearly from each end of at least two of the horizontal cross-markings of the drop point-of-impact estimation feature;
f) a range estimation feature in the upper quadrant, the range estimation feature comprising a primary vertical axis intersected at calculated interval by a plurality of perpendicular cross-markings having a calculated lengths and separated by calculated distances, wherein the calculated lengths and calculated distances are based on a target having a target area with an approximate width of 18 inches and an approximate height of 40 inches.
18 . A viewing optic comprising the reticle of claim 17 .
19 . A viewing optic comprising:
a housing;
an objective lens assembly mounted within a first end of the housing;
an ocular lens assembly mounted within a second end of the housing;
one or more optical components mounted within the housing between the objective lens assembly and ocular lens assembly; and
a reticle according to claim 17 mounted within the housing between the objective lens assembly and the one or more optical components.