HIKMICRO Falcon FQ25 Pro 25mm 640x512 12µm 20mK Hand Held Thermal Imager Monocular
The HIKMICRO Falcon FQ25 Pro is a professional-grade handheld thermal monocular designed for hunters, wildlife observers, and search-and-rescue professionals who demand exceptional clarity, a wide field of view, and rugged reliability. Equipped with a high-resolution 640 × 512 thermal sensor, ultra-sensitive <20mK NETD performance, and a large-aperture f/0.9 25mm lens, the Falcon FQ25 Pro delivers crisp thermal images with outstanding detail recognition, even in fog, rain, or low-contrast conditions.
Key Features
- High-resolution 640 × 512 thermal sensor with 12µm pixel pitch
- Ultra-sensitive <20mK NETD for fine detail detection in low contrast
- Wide-angle 25mm f/0.9 lens with 30.8m field of view at 100m
- Extended detection range up to 1200m for long-range observation
- Advanced Image Pro 2.0 algorithm for optimised clarity
- 8x digital zoom with continuous magnification from 1.4x–11.2x
- Rugged magnesium alloy housing, IP67 waterproof rating
- Ergonomic cylindrical design for comfortable one-handed use
- Optimised button layout for easy operation, even with gloves
- 1024 × 768 OLED display (0.39”) for crisp, high-contrast visuals
- 64GB internal memory for photo, video, and audio recording
- Hot track, distance measurement, and Picture-in-Picture modes
- Four thermal palettes: Black Hot, White Hot, Red Hot, Fusion
- Replaceable Li-ion battery with up to 7 hours runtime
- USB-C external power support for extended field use
The Falcon FQ25 Pro is built for users who need maximum awareness in forested, cluttered, or complex environments. Its wide 30.8m × 24.6m field of view at 100m allows for exceptional coverage when scanning woodland, monitoring wildlife, or navigating through terrain where situational awareness is critical. Combined with its high-resolution 640 × 512 detector and advanced Image Pro 2.0 processing algorithm, the device delivers superior image sharpness and contrast for reliable identification in difficult conditions.
The f/0.9 lens is another key advantage, capturing 19% more thermal energy than standard f/1.0 optics. This ensures clearer images with enhanced thermal contrast, even when atmospheric conditions are less than ideal. The Falcon’s manual focus system gives users precise control at different distances, whether scanning wide areas or zooming in on specific targets with its 1.4x–11.2x digital magnification.
Designed with durability in mind, the Falcon features a magnesium alloy housing that is both lightweight and resistant to sweat, rain, and environmental wear. The IP67 waterproof rating ensures reliable performance in wet conditions, while the ergonomic cylindrical body and glove-friendly controls make it easy to operate in the field. At 450g, it remains portable enough for long sessions without compromising on strength or usability.
For recording and sharing, the Falcon FQ25 Pro is equipped with 64GB of internal memory, supporting video, snapshot, and audio recording. Advanced functions such as Hot Tracking, distance measurement, and Picture-in-Picture (PIP) give users greater control in identifying and monitoring heat sources. The device also integrates seamlessly with the HIKMICRO Sight app via Wi-Fi hotspot, enabling real-time streaming, sharing, and remote control directly from your smartphone.
Power is provided by a replaceable Li-ion battery, delivering up to 7 hours of runtime on a single charge. With support for USB-C charging and external power packs, the Falcon ensures uninterrupted performance during extended use in the field. Combined with its fast boot time and standby mode, it is always ready when you need it most.
The HIKMICRO Falcon FQ25 Pro 25mm is the ideal handheld thermal monocular for users who require a wide field of view, premium detail recognition, and robust construction. Whether you are stalking game, observing wildlife, or conducting professional search operations, the Falcon delivers the clarity, endurance, and reliability you need. Order today and experience professional-grade thermal imaging with exceptional detail and performance.
