Trijicon Electro Optics - IR-HUNTER 35mm Thermal Scope

The Trijicon IR-HUNTER 35mm Thermal Scope is equipped with a 640x480, 12 micron thermal image sensor, providing superior image quality in low-light conditions. This advanced sensor allows the scope to detect heat signatures, making it effective in complete darkness, smoke, and dust. While thermal scopes excel in these conditions, they do not provide the same level of detail as night vision devices in scenarios where ambient light is available.

The onboard digital video recording (DVR) feature of the IR-HUNTER thermal scope allows users to capture 640x480 MP4 video directly to an SD card. This functionality is particularly useful for documenting hunts or tactical operations for later review. However, it's important to note that the quality of the recorded video is limited to the resolution of the sensor, which may not capture fine details as clearly as higher-resolution devices.

Yes, the Trijicon IR-HUNTER can be powered by external USB-C battery packs. This feature provides flexibility and extended operational time beyond the approximate 4-hour battery life of the included CR123 batteries. While using external power sources can be advantageous in prolonged operations, it is crucial to ensure compatibility and secure connections to avoid power interruptions.

The Q-LOC Mini Picatinny Rail Mount allows for rapid and reliable attachment of the IR-HUNTER scope in various conditions. This mounting system is particularly beneficial in low-light or high-stress situations where quick adjustments are necessary. However, users should ensure that the mount is securely fastened to maintain zero and accuracy during use.

The IR-HUNTER offers user-selectable reticle choices, including classic crosshair, MRAD, MOA, and BDC options for .223 REM, .308 WIN, and 300BLK. This variety allows users to tailor the scope to their specific needs and preferences, whether for hunting or tactical applications. However, selecting the appropriate reticle requires understanding each option's advantages and limitations in different shooting scenarios.

The Trijicon IR-HUNTER is built with a 7075 T6 aluminum housing, providing a robust and durable construction. Its design ensures resistance to harsh environmental conditions, with an operating temperature range from -31F to 122F and submersion capability up to 1 meter. While the scope is engineered for durability, users should still handle it with care to maintain its longevity and performance.

The IR-HUNTER thermal scope offers digital zoom capabilities up to 8x, enhancing target identification at longer ranges. Digital zoom enlarges the image by cropping and magnifying the sensor's output, which can help in spotting distant heat signatures. However, it's important to note that digital zoom may reduce image clarity and resolution, as it does not increase the actual optical magnification.

The Trijicon IR-HUNTER can be powered by two CR123 batteries or an external USB-C power source. This dual power option provides flexibility in various situations, allowing users to choose based on availability and duration of use. While the CR123 batteries offer portability, external power sources can extend operational time significantly, which is beneficial for extended missions.

The IR-HUNTER is designed to operate in extreme temperatures ranging from -31F to 122F, making it suitable for various weather conditions. Its robust construction and submersion capability up to 1 meter ensure functionality in challenging environments. However, users should still take precautions to protect the scope from prolonged exposure to extreme elements to maintain its performance and longevity.

The intuitive turret controls on the IR-HUNTER allow for easy manipulation of menu options and faster system response. These improved rotary knobs enhance usability, particularly in high-pressure or low-visibility situations where quick adjustments are necessary. While these controls are user-friendly, familiarizing oneself with the system before field use is recommended to ensure efficient operation.