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    3-in-1 Thermal Night Vision Monocular Goggles, 800m

    $792.13
    Best thermal night vision monocular goggles features three-in-one design of full color, night vision, and thermal imaging, with a maximum viewing distance of 800 meters. Day night vision monocular is also equipped with 11 pseudo-color modes, allowing easy observation even in a completely dark environment, making it suitable for various outdoor activities such as camping, hunting, and reconnaissance.
    SKU: ATO-NVG-NV010
    30-day Returns
    Free Shipping
    Delivery date: 6-12 days

    ATO outdoor night vision goggles integrates thermal imaging, low-light night vision, and full color observation, making it an ideal equipment for exploration, camping, and hunting. It features a thermal imaging resolution of 256×192 and a night vision resolution of 320×320. 60Hz high frame rate ensures smooth images without motion blur, and 11 pseudo-color modes easily handle complex environments such as fog and darkness. Monoculars with night vision support a maximum detection distance of 800 meters, enabling precise observation even at night. Equipped with 7x optical magnification, a 25mm large objective lens, and a lightweight body of only 820g, it balances observation clarity and portability, suitable for all-weather outdoor scenarios.

    Specification

    Model ATO-NV010
    Perspective Lens 3-in-1: Full-color, night vision, thermal imaging
    Objective Lens Diameter 25mm
    Maximum Detection Distance 800m
    Optical Magnification 7x
    Thermal Sensitivity 25mk
    Thermal Imaging Resolution 256×192
    Night Vision Resolution 320×320
    Frame Rate 60Hz
    Infrared Wavelength 850nm
    Detector Specification 12μm
    Field of View Thermal: 35°; Night Vision: 25°
    Working Voltage 5V
    Dimension 300×76×50mm
    Weight 820g
    Pseudo-color Modes 11 types (False color, fusion red 1/2/3, white hot, dark red hot, red-white hot, black hot, false color, white-gray hot, red hot)


    Features

    • 3-in-1 design: Integrates day-night vision and thermal imaging functions, with one-key switching to adapt to various complex environments and climates, enabling 24-hour non-intermittent target locking.
    • High-sensitivity thermal detection: Thermal night vision monocular features 25mk high thermal sensitivity and a 12μm detector, combined with an 850nm infrared wavelength. It can accurately capture targets with subtle temperature differences, leaving hidden objects nowhere to hide.
    • High-definition and high-frame images: Equipped with 256×192 thermal imaging resolution and 320×320 infrared resolution, the 60Hz high frame rate makes dynamic details clearly visible.
    • Lightweight and portable design: Outdoor thermal monocular goggles weights only 820 grams, which is lightweight and easy to carry, suitable for long-time operation scenarios such as outdoor adventures, hunting, and security patrols.

    Dimension

    Thermal Night Vision Monocular Dimension

    (L*W*H: 300*76*50mm)

    Details

    Thermal Night Vision Monocular Details

    Performance

    Thermal Night Vision Monocular Performance

    Application

    Thermal Night Vision Monocular Application

    Why Are Thermal Vision Goggles More Expensive Than Regular Night Vision Goggles?

    When choosing night vision equipment, many people feel confused about the price gap between thermal imaging night vision devices and regular ones. In fact, the differences between the two are mainly reflected in the following aspects.

    1. Research & development thresholds: Thermal imaging involves multiple technical fields such as infrared physics, signal processing, and pseudo-color algorithms. Achieving imaging in complete darkness and capturing subtle temperature differences requires long-term R&D investment. In contrast, the technology of regular night vision goggles evolves slowly, with core principles remaining unchanged for decades, resulting in much lower R&D costs than thermal imaging.
    2. Higher-end core components: The core of a thermal imaging night vision device is an infrared detector, which is made of special materials like vanadium oxide or amorphous silicon. It features complex manufacturing processes, and the cost of a single detector is dozens of times that of an image intensifier tube. Regular night vision devices use ordinary optical glass for their lenses, while thermal imaging night vision devices require rare infrared-transparent materials such as germanium and zinc sulfide for lens production. These materials have low crustal abundance and high purification difficulty.
    3. More robust functional scenarios: Regular night vision goggles rely on ambient low light and fail in complete darkness, fog, or heavy smoke. Thermal imaging night vision devices work by capturing heat emitted by objects, free from the influence of light and weather conditions, and can even identify hidden targets. High-end thermal imaging night vision devices are equipped with a variety of outdoor functions, boasting stronger professional attributes and applicability.

    If you are just a wilderness enthusiast on a limited budget who only needs to observe in low-light environments, a regular ones will fully meet your needs. If you have professional work requirements or pursue top-tier equipment to handle complex environments such as total darkness, fog, and heavy smoke, and accurately identify hidden targets, then the performance advantages of a thermal imaging night vision device are well worth its price. We offer a wide range of ATO night vision goggles, and we hope you can find the most suitable one for yourself.

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