Ukrainian soldier demonstrates STG’s thermal-camouflage poncho. Photo: STG
GIF Promo

Ukrainian defense company STG has introduced a thermal-imaging camouflage poncho designed to mask soldiers from enemy surveillance.

Debuting at the Brave1 Defense Tech Valley 2025 exhibition, the system reduces detection in the infrared spectrum using advanced stealth technology.

The poncho can conceal a soldier’s thermal footprint up to 100 meters (328 feet) in forested terrain and 250 meters (820 feet) in open areas.

Thermal camera view shows STG’s camouflage poncho masking a soldier’s heat signature (center) compared to an exposed soldier glowing in yellow-red on the left. Photo: STG

Its low-emissivity fabric incorporates covered vents that gradually release heat, while reflective properties scatter thermal signals, blending the wearer into the environment.

The poncho remains effective for two hours before requiring a brief cooldown of up to 10 minutes to return to ambient temperature.

Unlike domestic alternatives made with aluminum or copper-nickel fabrics, which can degrade after washing or cause skin irritation, STG’s design reportedly maintains performance and durability even after repeated use.

Testing and Military Certification

STG developed the poncho under technical specifications from Ukraine’s Ministry of Defense.

The system underwent a full testing cycle, including military research trials with the Armed Forces of Ukraine, certification at the State Research Institute for Testing and Certification of Armaments and Military Equipment, and field evaluation by the National Guard and National Police.

Thermal imaging view at 900 meters shows a soldier in STG’s camouflage poncho nearly blending into the background, reducing visibility compared to standard heat signatures. Photo: STG

The design is aimed at addressing limitations in existing camouflage solutions, helping Ukrainian troops remain less visible to enemy surveillance.

“To produce ponchos, we use polyamide with silver inclusions. Silver has the lowest emissivity among all materials and the highest reflectivity. This makes it an ideal material for thermal masking,” said Igor Terekhov, one of the product developers, as quoted by Oboronka.

“We order raw materials for production from our partners’ factories, process them ourselves, paint them, refine them, and then sew them.”

You May Also Like

S.Korean Army Major Builds Wearable Tech for Smarter Combat Training

The wearable tech enhances military training by tracking soldiers’ movements, stress levels, and performance to deliver real-time, data-driven feedback.

Thales Unleashes New Soldier-Worn Drone Defense: ‘STORM 2’

Weighing under 2kg, Thales’ STORM 2 jams drone frequencies from 20MHz to 6GHz, using reactive jamming to keep soldiers protected.

L3Harris Develops Night-Vision Binocular Meant to Be Fixed, Not Replaced

L3Harris’ Nova binoculars offer a lower-cost, easily repairable night-vision option designed to scale across everyday soldiers and allied forces.