ATN Corp Blaze Trek 319 Thermal Monocular with High-Resolution Infrared Imaging

ATN Corp Blaze Trek, Thermal Monocular, 19mm Objective, 2-16X Magnification, Matte Finish, Black TIMNBLT319

The ATN Corp Blaze Trek 319 is a cutting-edge thermal monocular designed for outdoor enthusiasts and professionals seeking precise thermal imaging capabilities. Featuring advanced thermal sensors with resolutions of 384x288 and 640x512 pixels at 50 Hz, this device offers exceptional image clarity and rapid response times. Its 12-micron pixel size enhances sensitivity to temperature differences, allowing users to detect even subtle thermal variations in various environments. The NETD rating of less than 25mK ensures high thermal sensitivity, making it ideal for applications such as wildlife observation, search and rescue, and security monitoring. The Blaze Trek 319's compact design, combined with a 19mm objective lens and 2-16X digital zoom, delivers versatile performance in a lightweight package. The device's black color and durable construction make it suitable for demanding outdoor conditions, ensuring reliable operation in various weather scenarios. Whether you're tracking game at night or conducting site inspections, this thermal optic provides detailed thermal imaging that enhances situational awareness and decision-making. Easy to operate and equipped with user-friendly features, the ATN Blaze Trek 319 is a reliable choice for thermal imaging needs across multiple fields.

Features:

• High-resolution thermal sensors: 384x288 and 640x512 pixels at 50 Hz for clear imaging

• Exceptional sensitivity: NETD rating of less than 25mK for detecting subtle temperature differences

• 12-micron pixel size: Enhances thermal sensitivity and image detail

• Versatile zoom: 2-16X digital magnification for flexible viewing options

• Durable black housing: Built to withstand demanding outdoor environments

• Compact design: Lightweight and portable for easy handling in the field

• Objective lens: 19mm for wide field of view and excellent image focus