• Thermal imager HIKMICRO LYNX LH25 3.0

    Price 1199.00 € VAT incl.
    ( 990.91 € VAT excl. )
    In stock.

    HIKMICRO LYNX LH25 3.0 redefines performance in its class, featuring a 384 × 288 thermal sensor, a 25 mm F1.0 objective lens, and 2.5× base optical magnification.

    The device provides a 10.5° field of view (approximately 18.4 m at 100 m) and an impressive detection range of up to 1,200 m, making it an excellent choice for long-range observation in open terrain and professional hunting applications.

    Its ultra-high thermal sensitivity of NETD <15 mK (@25°C) enables the detection of even the smallest temperature differences, delivering exceptional image detail and clarity.

    Advanced Shutterless imaging technology eliminates calibration interruptions, ensuring smooth and uninterrupted viewing without image freezing.

    The built-in 64 GB internal memory allows users to capture and store photos and videos directly on the device.

    Support for 2.4 GHz / 5 GHz Wi-Fi and the HIKMICRO Sight mobile application enables real-time image streaming and sharing with a smartphone.

    Its compact and lightweight design—approximately 169 mm in length and weighing around 330–360 g—ensures comfortable carrying and operation during extended observation sessions.

    Built for demanding environments, the device operates in temperatures ranging from –30°C to +45°C and features an IP67 protection rating for resistance to dust and water.

    A bright 0.49″ AMOLED display delivers outstanding image quality, enhanced detail, and reduced eye fatigue during prolonged use.

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  • SPECIFICATIONS:

    Thermal Sensor Resolution: 384 × 288

    Thermal Sensitivity (NETD): <15 mK

    Detection Range: up to 1,200 m

    Display: AMOLED, 1920 × 1080

    Objective Lens Aperture: F1.0

    Objective Lens: 25 mm

    Digital Zoom: up to 8×

    Optical Magnification: 2.5×

    Sensor Refresh Rate: 50 Hz

    Protection Rating: IP67

    Internal Memory: 64 GB

    Field of View (thermal module): 18.4 m × 11.2 m (at 100 m distance)