The ATN Blaze Trek Monocular (Model TIMNBLT625) offers a versatile thermal imaging experience with a compact and lightweight design, weighing only 0.7 pounds. Its overall length of 6.2 inches makes it highly portable for outdoor adventures, wildlife observation, or security applications. Constructed with a durable black finish, this monocular combines advanced thermal capabilities with user-friendly features to enhance your viewing experience.

Equipped with a powerful 640x480 pixel thermal sensor, the Blaze Trek provides clear thermal imaging for detecting heat signatures in various environments. Its variable magnification range from 1.7X to 13.5X allows users to easily adjust focus and zoom for detailed observation at different distances. The 25mm objective lens ensures a wide field of view while maintaining high image clarity. The monocular features multiple reticle patterns and colors, which are illuminated for easy targeting and measurement in low-light conditions. This makes it suitable for tactical operations, hunting, or surveillance.

Additional features include video recording and photo capture capabilities, enabling users to document their observations directly through the device. The ATN Blaze Trek is designed for durability and reliability, with a finish that resists wear and environmental factors. Whether used during the day or at night, this thermal monocular provides enhanced situational awareness and detailed thermal imagery, making it an essential tool for professionals and outdoor enthusiasts alike.

Features:

• Thermal sensor resolution of 640x480 pixels for clear thermal imaging

• Variable magnification from 1.7X to 13.5X for versatile viewing

• 25mm objective lens for a wide field of view

• Multiple reticle patterns and colors with illuminated reticle for precise targeting

• Video recording and photo capture functions for documenting observations

• Compact and lightweight design weighing only 0.7 lbs

• Durable black finish suitable for outdoor use

• Overall length of 6.2 inches for portability