IR Defense IR Hunter MKII 640x480 Multi-Use Thermal Weapon Sight

The IR Defense IR Hunter Mark II Thermal Weapon Sight w/ 640x480 MicroIR Sensor was developed to be the ideal thermal scope for almost any shooter looking to improve their shoots. The MicroIR 12um Micron technology in these Thermal Imaging Scopes from the IR experts at IR Defense is extremely impressive and also uses less power, which increases battery life. combines the sensor with a Mil-Spec Emagin OLED micro display that delivers a super crisp, sharp image per customer request. The 60hz fast frame rate on the IR Defense Mark 2 IR Sight is extremely useful for leading a shot on a fast moving target. 12um system delivers 35% more magnification than a 17um system. This gives you more magnification for less money out of your pocket which might help explain why the IR Defense IR Hunter Mk II Infrared Thermal Sight is the lowest cost 640x480 system on the market today. The USNV IR Hunter Mark II Thermal Scope still contains all the features and ergonomics of the original IR Hunter in a sleek package made to securely fit on your rifle. You will definitely find comfort in operating the Turret Knob controls as they are located where you expect them to be, same as your day optics. Button controls are nice, but in the dark, downrange, under fire, your natural instincts will appreciate the IR Hunter's similarity to your day scope. Delivering super sharp detailed symbols and reticles combined with high precision adjusters on the IR Defense IR Hunter Mark II Thermal Scope allows you to simply sight in, and quickly make the ballistic corrections the shot demands.

Features of IR Defense Thermal Sight - IR Hunter Mark II:

• 640x480 MicroIR Thermal Sensor
• 60hz Super Fast Image
• DCE: Digital Contrast Enhance
• 35% More Magnification
• Edge Detection Mode
• 40% Longer Battery Life
• Increased Clip-On Capability
• Sharper Image Quality
• Digital Brightness Control
• Video Output

Package Contents:

• IR Defense IR Hunter MKII 640x480 Multi-Use Thermal Weapon Sight