Latest news and articles
We ran an R&D test of CASPER 2.0 from the air using a DJI Matrice 4T. This article covers what we check through the thermal imager, how drone observat...
How thermal camouflage works, what a thermal imager detects, and why emissivity, heat transfer and multilayer construction matter when reducing therma...
Defense publication Armada International included Casper 2.0 in its review of leading anti-thermal camouflage systems - alongside Saab Barracuda and F...
NATO armies are just beginning to procure multispectral camouflage. Ukrainian units have worked against drone and thermal reconnaissance daily for yea...
Thermal imaging is no longer the only threat a soldier faces on the battlefield. We break down how sensor combinations on modern drones are changing c...
Seeing a difference on a thermal camera screen is just the start. Here's how test results turn into concrete changes in the design of Casper's camoufl...
Casper 2.0 isn't a single special material - it's a five-layer system, each layer handling its own task, from camouflage to ventilation. Here's how th...
Camouflage today isn't about color or shape anymore - it's about heat. Thermal cameras ignore standard patterns and see only temperature difference. H...
Ground robotic systems keep soldiers out of the most dangerous zones on the battlefield. But their engines and metal bodies radiate heat, turning them...
Lightweight and breathable design is critical for thermal camouflage in real-world conditions. Learn why excessive layers can reduce mobility and endu...
Thermal imagers detect heat, not color or pattern - which is why standard camouflage fails against them. This piece breaks down how thermal detection ...