Atn Thor 4 4-18x 384x288 Thermal

The ATN Thor 4 4-18x 384x288 thermal rifle scope is a professional-grade thermal optic engineered for precision shooting across variable environmental conditions. Built as ATN's flagship thermal scope offering, the Thor 4 combines a 4th generation thermal sensor with extended runtime and intelligent ranging capability—delivering the performance advantage operators and serious hunters demand when thermal advantage matters most.

At the core is ATN's 4th generation thermal sensor with 384x288 resolution, a specification that determines target recognition range and image clarity in total darkness, fog, smoke, and extreme temperature differentials. The 4-18x magnification range allows shooters to acquire targets at distance while maintaining situational awareness at closer ranges—critical for transitioning between multiple targets or scanning terrain. With up to 16 hours of battery life per charge, extended field operations remain feasible without power concerns. The integrated smart rangefinder calculates ballistic distance automatically, reducing computation error and speed-up engagement cycles. Weighing 3.13 lbs and measuring 17.5 inches in length, the scope maintains manageable form factor on standard rifle platforms while housing full thermal imaging and fire control electronics.

This thermal scope serves precision hunters operating in low-light and no-light environments, security and law enforcement teams requiring thermal surveillance capability, and tactical marksmen who integrate thermal imaging into long-range training and operations. The dynamic range performance is optimized for temperature transitions common in predawn, dusk, and nighttime conditions where conventional optics fail. Operators value the rangefinder integration for duty precision, reducing shot placement variables across unknown distances. The Thor 4 thermal represents mid-to-upper tier thermal imaging technology in the rifle scope category, positioned for users who require sensor quality and runtime above entry-level thermal optics but at professional working specifications.