The HIKMICRO NEOS NE25 Thermal Scope is a compact, lightweight thermal riflescope designed for hunting and pest-control applications where fast target acquisition and reliable thermal performance are essential. It combines a 256 × 192 thermal sensor, 50Hz refresh rate and sensitive sub-18mK NETD with a 25mm F1.0 lens to provide clear target definition in darkness, fog and other challenging conditions.
With a detection range of up to approximately 1200 metres, 3.5x base magnification and digital magnification up to 24.5x, the NE25 offers a versatile balance between field of view and reach. Its 1920 × 1080 AMOLED display provides a clear viewing image, while features including Image Pro, Zoom Pro, Picture-in-Picture, recoil-activated recording and 64GB of internal storage add practical functionality in the field. The standard 30mm tube design allows mounting with conventional scope rings, while the dual-battery system provides up to approximately 9.5 hours of operation.
Key Features
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256 × 192 thermal sensor
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12μm sensor pixel pitch
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Fast 50Hz refresh rate
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Thermal sensitivity below 18mK
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25mm F1.0 objective lens
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Detection range up to approximately 1200 metres
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3.5x base magnification
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Digital magnification up to 24.5x
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7.0° × 5.3° field of view
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1920 × 1080 AMOLED display
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Image Pro image-processing technology
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Zoom Pro enhances detail when using digital magnification
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Picture-in-Picture mode
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Multiple thermal colour palettes
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Built-in photo and video recording
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Recoil-activated recording
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64GB internal memory
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Five zeroing profiles
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Standard 30mm tube for conventional scope-ring mounting
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Rated to withstand recoil up to 1000g/0.4ms
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Internal rechargeable battery plus replaceable 18650 battery
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Up to approximately 9.5 hours continuous operation
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IP67 weather-resistant construction
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Operating temperature from -30°C to 55°C
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Lightweight design at approximately 540g
Please note: The NE25 does not include an integrated laser rangefinder. Detection range is based on ideal conditions and target size; identification distances will vary with environmental conditions and target characteristics.
