Description
The D740 Night Vision Weapon sight is built with a 10160 GEN 3 intensifier. Rugged yet lightweight construction makes the D740 weapon sight a great asset to your arsenal. When paired with a quality IR illuminator the D740 performance is “unlocked” to give clear image even on the darkest nights.
The D740 is a rugged 4X Night Vision Weapon Sight featuring state of the art electronics and optics, and a highly durable aircraft grade aluminum body for reduced weight and improved recoil resistance. The D740 has a detection range of 1795 feet with recognition range at 1548 feet.
The D740 is nitrogen purged and waterproof, and features high quality multi coated optics, as well as an illuminated green or red Mil-Dot reticles, and a Larue quick release Picatinny/Weaver rail weapon mount.
The D740 uses two AA batteries for a continuous run time of up to 60+ hours and is guaranteed with maintaining a zero boresight retention on weapons up to 7.62/.308 caliber, thanks to the Larue QD mount
Originally designed for military and professional demands for long range accuracy, the D740 can easily be mounted on almost any weapon system. Optional mount adapters are available for specific mounting needs.
Sighting is accomplished with a variable illuminated Green or Red Mil-Dot crosshair ballistic reticle. The reticle is fully adjustable for bore sighting and has a separate control for optimal reticle brightness and contrast for all lighting conditions. The reticle offers 0.2 Mil Elevation and Windage adjustments.
D740 4X Applications:
- LEO and Professional Shooters
- Night Shooting Sports
- Feral Hog Control
- Ranchers with Coyotes and Varmint Problems
- Prepared Civilians
A daylight cover protects the objective lens, as well as the image tube, against long term accidental exposure to bright light. This daylight cover can be utilized for training and bore sighting during low-light conditions such as dawn, dusk or overcast days. A pressure operated rubber eye guard provides operator protection from recoil and prevents light scatter from the image tube.
