Nightforce ATACR 4-16x42mm F1 Long Range Precision Riflescope | First Focal Plane, 0.1 MRAD, DigIllum Illuminated, ZeroHold, Adjustable Parallax, Black, MIL-XT Reticle, (C615)

PURPOSE-BUILT - The Nightforce ATACR 4-16x42 F1 hunting scope is specifically engineered to meet the needs of precision shooters using semi-automatic guns. It is designed for quick target engagement, featuring a low profile and a compact overall length of just 12.6 inches. Whether in low light conditions or high noon, the advanced optics provide a clear and crisp image

EXCEPTIONAL CLARITY - Employing Extra-low Dispersion (ED) glass technology, this scope delivers images of remarkable brilliance and clarity. The optical design ensures a high level of color fidelity and resolution, allowing shooters to discern details with precision. The Nightforce ATACR 4-16x42 F1 hunting scope delivers exceptional optical clarity, allowing for a vivid and detailed view of your target

ZEROHOLD TECHNOLOGY FOR RAPID ADJUSTMENTS - The ATACR scope incorporates ZeroHold technology, enabling an instant return to the user's chosen zero. Additionally, it permits dialing below zero, providing shooters with flexibility and efficiency in making rapid adjustments. This feature enhances the overall adaptability of the scope in various shooting scenarios

SPECIFICATIONS - Magnification Range. 4-16x; Focal Plane: First Focal Plane (F1/FFP); Body Tube Diameter: 34mm; Click Value: .1 MRAD; Internal Adjustment Range: E: 89 MOA/26 MRAD W: 60 MOA/18 MRAD; Eye Relief: 3.5 in/90 mm; Field of View per 100 yd or m: 4x: 26.9 ft/9.0 m 16x: 6.9 ft/2.3 m; Exit Pupil: 4x: 10.3 mm 16x: 2.7 mm

MIL-XT RETICLE - This reticle was designed for the competitive and field shooter; It has a simple center dot for a fine aiming point at center, while the main lines feature .2 Mil-Radian holds; Each whole Mil-Radian is numbered for fast reference under even stressful conditions; Below center, whole Mil-Radian intersections feature a floating dot; Dots are placed at .2 Mil-Radian increments, while whole Mil-Radians are increased in size for fast counting