Nightforce ATACR 5-25x56mm F2 Long Range Precision Riflescope | Second Focal Plane, 1/4 MOA, DigIllum Illuminated, ZeroStop, Adjustable Parallax, Black, MOAR-T Reticle, (C555)

PRECISION HI-SPEED ADJUSTMENTS - The Nightforce 5-25x56 hunting scope boasts Hi-Speed adjustments with patented ZeroStop, providing quick and precise calibration. With options in .1 Mrad or .25 MOA increments, shooters can easily make adjustments tailored to their preferences and shooting conditions. The capped windage adjustment adds an extra layer of security against unintended changes during crucial moments

ADVANCED OPTICS AND ILLUMINATION - Featuring a 34mm tube and fully multi-coated ED glass, this scope delivers exceptional light transmission of over 90%. The DigIllum digital reticle illumination, coupled with a parallax adjustment marked with numbered distances, enhances target visibility in various lighting conditions. The integrated Power Throw Lever (PTL) and XtremeSpeed thread for diopter adjustment make it a user-friendly and adaptable optic

VERSATILE MAGNIFICATION RANGE - With a magnification range from 5x to 25x, the scope is well-suited for diverse shooting scenarios. Its unique optical prescription ensures a wider field of view, providing a clear advantage in different situations. The scope's 120 MOA/34.9 Mils of elevation adjustment further contributes to its adaptability and performance in the field.

SPECIFICATIONS - Magnification Range. 5-25x; Focal Plane: First Focal Plane (F1/FFP); Body Tube Diameter: 34mm; Click Value: .250 MOA or .1 MRAD; Internal Adjustment Range: E: 120 MOA/35 MRAD W: 60 MOA/17 MRAD; Eye Relief: 3.5 in/90 mm; Field of View per 100 yd or m: 5x: 18.0 ft/6.0 m 25x: 4.9 ft/1.6m; Exit Pupil: 5x: 10.5 mm 25x: 2.2 mm

MOAR-T - MOAR-T reticle delivers. .0625 MOA lines, with 1 MOA elevation and windage markings. Allows accurate rangefinding and holdover estimation at the longest distances. Center Illumination only. The elevation and windage marks can be used for ranging objects when the size of the target is known