Hikmicro NEOS NE25 Thermal Scope

Description

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 256 × 192 thermal sensor 12μm sensor pixel pitch Fast 50Hz refresh rate Thermal sensitivity below 18mK 25mm F1.0 objective lens Detection range up to approximately 1200 metres 3.5x base magnification Digital magnification up to 24.5x 7.0° × 5.3° field of view 1920 × 1080 AMOLED display Image Pro image-processing technology Zoom Pro enhances detail when using digital magnification Picture-in-Picture mode Multiple thermal colour palettes Built-in photo and video recording Recoil-activated recording 64GB internal memory Five zeroing profiles Standard 30mm tube for conventional scope-ring mounting Rated to withstand recoil up to 1000g/0.4ms Internal rechargeable battery plus replaceable 18650 battery Up to approximately 9.5 hours continuous operation IP67 weather-resistant construction Operating temperature from -30°C to 55°C 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.

Specifications