Nightforce ATACR 4-16x42mm FFP ZeroHold .1 Mil-Radian PTL H59 reticle
Nightforce ATACR 4-16x42mm represents high quality ATACR series of Nightforce riflescopes. This model features compact size, high quality features and ease of use in the field. First focal plane allows ATACR operator to observe targets in same visual proportions in all magnification and, this way, amking it easier to lead the target and be ready to make precise shots at any moment. The extra-low dispersion glasses have full multi-coatings for increased light transmission and bright and clear field of view. Adjustments are standard with the Nightforce low profile ZeroHold feature, and available in .1 Mrad (12 Mils per revolution) or .25 MOA (30 MOA per revolution) increments. Parallax adjustment is marked with approximate numbered distances.The Power Throw Lever (PTL) is integrated and XtremeSpeed thread provides fast diopter adjustment.
H59 reticle
A patented milradian based grid system for fast ranging and holdovers, that also features lead markers for moving targets.
Focal Plane | First |
Objective outer diameter | 50mm |
Exit pupil diameter | 4x:10.3mm 16x:2.7mm |
Field of view @100 yards/100 meters | 4x: 26.9ft 16x: 6.9ft 4x: 8.1m 16x: 2.1 m |
Eye relief | 85-90mm/3.35-3.54 in |
Internal adjustment range (MOA/Mil) | e: 89 MOA w: 60 MOA e: 26 Mil w: 18 Mil |
Click value | .250 MOA .1 Mil-rad |
Parallax adjustment | 45 yds - ∞ |
Tube diameter | 34mm/1.34in |
Eyepiece outer diameter | 45 mm |
Overall length (inches/mm) | 12.6in/320 mm |
Weight (ounces/grams) | 30 oz/850g |
Mounting length (inches/mm) | 6.3 in/160 mm |
PTL (Power Throw Lever) | Standard |
- Fully multicoated ED glass lenses
- Nightforce low profile ZeroHold™
- Capped windage adjustment
- Parallax adjustment is marked with approximate numbered distances
- Digillum™ digital reticle illumination
- Eyepiece features enhanced engraving, an integrated Power Throw Lever (PTL™) and an XtremeSpeed™ thread
- Intelligent, Nightforce FFP, reticles provide fast hold-off adjustments and precise ranging calculations