Technical parameters guide

Indicates the device's ability to distinguish small temperature differences; the lower the value (e.g.
<20 mK), the more detailed and contrasty the image.

A type of thermal sensor used in modern thermal imaging; provides high sensitivity and image stability.

The number of sensor pixels; higher resolution means more detail and better target recognition at greater distances.

Medium resolution level suitable for general use and shorter distances.

The distance between individual pixels on a sensor; a smaller pixel allows for more compact optics and better detail.

The number of frames per second; a higher frequency (e.g. 50 Hz) provides a smoother image when moving.

The range of wavelengths that the sensor can capture; typically 7–14 µm for thermal detection.

A modern type of display with high contrast and rich colors, suitable for difficult lighting conditions.

High contrast display with low power consumption.

A type of digital display used mainly in night vision; it provides a fine image with good resolution.

It indicates the number of pixels on the screen; higher resolution means a sharper resulting image.

The maximum distance at which the presence of an object can be detected.

The distance at which the type of object (e.g., human or animal) can be determined.

The distance at which a specific target can be accurately determined.

A device for accurately measuring the distance to the target directly in the optics.

A function that allows estimating the distance of a target based on its known or assumed size in the image; the user sets the reference height of the object and the device calculates the approximate distance based on the proportions in the field of view.

Safety classification of laser rangefinder according to standard.

Invisible infrared light allowing observation in complete darkness.

A more powerful type of illumination with a more precise beam and greater range.

Stronger infrared light with longer range, slightly visible when viewed from the front.

Less visible infrared light, suitable for discreet observation.

Technology using a digital sensor instead of a classic image intensifier.

Advanced image processing aimed at increasing naturalness, contrast and detail to make the image appear more realistic and readable.

Image optimization technology that improves brightness, contrast, and sharpness in poor lighting or temperature conditions.

Sensor calibration system without the need for a mechanical shutter, which ensures a smooth image without the typical "freezing" during correction.

A software digital zoom algorithm that minimizes quality loss and preserves more detail than conventional digital zoom.

Improved digital zoom using advanced image processing to maintain sharpness and contrast at higher zoom levels.

The latest generation of image processing algorithm that improves noise reduction, detail rendering and overall thermal image clarity.

Complete protection against dust and resistance to strong water jets from all directions.

Protection against strong splashes or jets of water, with the marking "X" indicating that the degree of protection against dust is not specified.

Complete protection against dust and protection against temporary immersion in water (typically to a depth of 1 meter for approximately 30 minutes).

Protection against temporary immersion in water (typically to a depth of 1 meter for approximately 30 minutes), with an "X" indicating that dust protection is not specified.