Tarp

Modern battlefield observation devices operating in the ultraviolet (UV) spectrum use an electromagnetic wave reflection parameter specific to the object. Our camouflage covers have colour and reflectance parameters that effectively hide the object from UV sensors. This feature is extremely important in snowy conditions.

In the visible light range, objects are usually detected, recognised and identified by the unaided human eye, optical instruments, electro-optical systems, or indirectly using photographs of the object. Key features that distinguish an observed object include shape, size, colour, texture, hue, pattern and location. Our main objective is to make our products as comparable as possible to the environment.

Near-infrared (NIR) radiation is well reflected by living vegetation, but much less well by dry vegetation and most man-made materials. NIR sensors, such as night vision devices and NIR sights and periscopes, enable the human eye to detect targets based on differences in their reflectivity. We can adjust the colour parameters and reflectivity to suit any environment in which the camouflage will be used.

Locating targets in the thermal infrared waveband, both mid-wave infrared – MWIR and long-wave infrared – LWIR, takes advantage of an object’s thermal profile and the apparent temperature differences between the object and its background. The characteristic shape of the thermal profile, the arrangement and concentration of hot spots create easily recognisable object contours. Our camouflage covers can reduce the thermal signature of the masked object by up to 80% and prevent it from being correctly identified.

Radar detection makes use of the phenomenon of radar wave reflection and, in particular, the differences in the reflectivity of these waves from different objects. Metal surfaces are characterised by high reflectivity while being an integral part of military vehicles and equipment, so the so-called radar echo is a very important identification factor. Our multispectral camouflage covers provide effective protection in the 1-110 GHz range, allowing a minimum 6 dB reduction in the object’s radar signature.