Nocpix Thermal Monocular LUMI H35R LRF

Thermal monocular with sensor range up to 1800m, extremely compact and lightweight!

Integrated laser rangefinder.

High-resolution sensor and particularly powerful: ≤ 18 mK NETD.

Removable battery system with 18650 batteries

Video recording, waterproof and particularly quiet operation.

3 years full manufacturer warranty!

More features:

-Integrated laser rangefinder for accurate target distance determination

-High image quality: Even in extreme weather conditions, image quality remains stable.

-Sensor designed specifically for hunting purposes: Provides stable operation with a NETD ≤ 18mK for superior image quality.

-F0.9 lens: 20% more light transmission compared to F1.0 lens for brighter and clearer images.

-Reality+ image optimization: Advanced algorithms improve image quality and eliminate image noise.

-Electronic image stabilization: For smooth and stable videos.

-Eye relief color palettes: Special red and green palettes reduce eye fatigue during prolonged use.

-Removable 18650 battery: With reverse polarity for easy replacement, ideal at night.

-Ultra-quiet buttons: Silent operation that Wild does not bother.

-Compact design: The device is smaller than a mobile phone and easy to carry.

-IP67 protection class: Dustproof and waterproof for use in extreme environments.

-Ergonomic design: Ideal for outdoor-insert developed, comfortable and user-friendly.

-Lightweight: The device weighs less than 345g.

-10 mm exit pupil: Provides optimal visibility and a comfortable viewing angle.

-Reliable at night: Thanks to its quiet and easy operation, it can be used optimally even in dark environments.

-Removable battery: Allows for longer operating time by replacing the batteries.

-Large aperture: Increases light capture and image brightness in difficult lighting conditions.

-Built-in microphone: Allows audio recording.

-32GB memory: For photos, videos and audio recordings.

-Easy to use: Ideal for users who prefer a compact and lightweight device.

-R+ AI imaging algorithms: Enhances image details and uses the full potential of the sensor.