ATN continues to develop a new generation of thermal optics, and the 6th generation of thermal devices designed for hunters, shooters, and users seeking better image quality, faster detection, and reliable performance in the field, is particularly noteworthy.
The new ATN ThOR 6 Mini series brings compact thermal optics with multiple available sensor configurations, including 256x192, 384x288, and 640x512 versions. Depending on the model, various magnification ranges and detection distances are available, with more powerful models offering detection up to 3000–3500 meters.
One of the key advantages of the new generation is high thermal sensitivity. For more powerful models, ATN specifies NETD values of up to ≤18 mK, which means a better ability to distinguish subtle temperature differences in challenging conditions, such as fog, humidity, forest, or low terrain contrast.
ATN is also developing Gen 6 thermal monoculars through the Blaze series, which features SharpIR AI image processing, OLED display, 50 Hz refresh rate, Hot Point Tracking function, IP67 protection, recording, and Wi-Fi connectivity via the ATN Connect 6 system.
For hunters, this means more practical and capable equipment in real-world conditions. Better thermal imaging helps with faster game spotting, clearer distinction of targets from the background, and safer field observation at night or in low visibility conditions.
ATN is already known for smart features such as ballistic calculators, video recording, Wi-Fi connectivity, various display modes, and advanced digital image processing. The new 6th generation continues this direction, but with an emphasis on better thermal clarity, more sensitive sensors, and more modern image processing.
ATN holds a special place in the Troki Hunting range because it is a brand that combines thermal technology, practical functions, and equipment intended for actual field use.
If you are looking for thermal optics for hunting, field observation, or night observation, the new ATN generation is well worth considering.