Multispectral shielding in modern defence: protection against drones and thermal imaging cameras
The ongoing development of surveillance technologies poses new challenges for modern defence forces. Drones, thermal imaging cameras and other sophisticated sensor systems enable seamless surveillance that overcomes traditional camouflage techniques. This is where multispectral shielding comes into play – a revolutionary technology that redefines the protection of troops and equipment. Shieldex, a leading manufacturer of silver-metallised textiles, offers a powerful solution to make military units invisible, even to the most advanced detection systems.
Effective coverage of the electromagnetic spectrum
Shieldex multispectral textiles shield various parts of the electromagnetic spectrum – from visible light and infrared radiation to electromagnetic waves in the Ghz range. By reducing thermal and electromagnetic signatures, soldiers and equipment, such as vehicles and mobile command centres, are more difficult to detect. This is particularly important to increase survivability in the theatre of operations and to achieve mission objectives undetected.
Flexibility and lightness for versatile military applications
A key advantage of Shieldex products is their flexibility and lightness. Whether as part of uniforms or as camouflage devices for air and ground vehicles, our multispectral textiles can be easily integrated into a wide range of applications without compromising freedom of movement or functionality. They also fulfil the highest military standards, making them ideal for use in challenging environments.
Protection from drones and surveillance systems
In addition, these shielding technologies are increasingly being used in defence against drones and other unmanned surveillance systems. Drones with thermal imaging cameras are able to track movements and objects over long distances by detecting the heat emitted by the body or vehicle. By using our metallised textiles, the thermal signature is considerably reduced, which significantly improves protection against such threats.