NIGHTFORCE, C545, ATACR 5-25x56mm F1 - ZeroStop - .250 MOA - DigIllum - PTL - MOAR

Without a doubt, this could be called the perfect all-around long range riflescope.

The ATACR 5-25x56 F1 is packed full of features that might make some grown men cry. The ED optics are beautiful, the mechanics sound. The adjustments are standard with the patented Nightforce Hi-Speed ZeroStop, and available in .1 Mrad (12 Mils per revolution) or .25 MOA (30 MOA per revolution) increments. A capped windage adjustment helps prevent accidental adjustment in the field. The parallax adjustment is marked with approximate numbered distances and is coupled with DigIllum digital reticle illumination. The eyepiece features enhanced engraving, an integrated Power Throw Lever (PTL) and an XtremeSpeed thread for making a fast diopter adjustment

• Focal Plane - First
• Magnification Range - 5-25x
• Objective lens diameter - 56mm
• Tube diameter - 34mm/1.34 in
• Internal adjustment range (MOA/Mil)
  •     e: 120 MOA
  •     w: 80 MOA
  •     e: 35 Mil
  •     w:23 Mil
• Click value
  •     .250 MOA
  •     .1 Mil-rad
• Calibrated Ranging Power - N/A
• Parallax adjustment - 45 yd-~
• Exit pupil diameter
  •     5x:8.3mm
  •     25x: 2.3mm
• Eye relief - 85-90mm/3.35-3.54 in
• Field of view @100 yards/100 meters
  •      5x: 18.7ft
  •      25x: 4.92ft
  •      5x: 5.7m
  •      25x: 1.5 m
• Objective outer diameter - 65mm
• Eyepiece outer diameter - 46mm
• Overall length (inches/mm) - 15.37 in/390 mm
• Weight (ounces/grams) - 38 oz/1066g
• Mounting length (inches/mm) - 5.9 in/150 mm
• Front/Rear Mounting Length - 1.65 in/2.48 in
• PTL (Power Throw Lever) - Standard
• Illumination - Digillum
• Elevation Feature - zero stop

The MOAR F1 reticle features 1 MOA elevation and windage markings for accurate range finding and hold-offs. A floating center crosshair and bold 3, 6 and 9 o'clock posts make this reticle fast and easy to use in the field. This MOAR F1 reticle features a 30 MOA scale below center.


Instant magnification changes in a fraction of a second, even if you are wearing gloves.


As you increase magnification, the reticule increases proportionately.