(UKRAINE / RUSSIA FRONTLINE) – Russian forces fighting in Ukraine have reportedly adopted unusual and improvised countermeasures to reduce their visibility to Ukrainian drones, particularly those using thermal imaging or other reconnaissance systems. These efforts reflect Moscow’s ongoing struggle to adapt to the pervasive presence of Ukrainian unmanned aerial systems on the battlefield.
Video and photos shared by open-source military analysts show Russian soldiers inside vertical shelter structures or individual camouflage enclosures that completely cover a person’s body while leaving only a small opening for observation. These structures are not conventional tents but appear to be designed to obscure heat signatures and make it harder for Ukrainian drones with thermal sensors to detect individual troops or small groups.
According to Ukrainian military sources, these enclosures could help reduce both visual and infrared (heat) signatures, potentially making it more difficult for reconnaissance drones to spot Russian troops at night or in low visibility conditions. The reported use of these thermal camouflage measures highlights the emphasis Moscow places on countering Ukrainian aerial surveillance and precision strike capabilities.
Separately, social media footage from the frontline in occupied areas shows Russian soldiers in basic tent-like coverings at ground level, reportedly provided as shelter against winter conditions and to reduce detection. Some soldiers captured in the footage described the shelters as difficult to put on and unwieldy in strong winds, suggesting they were adapted for concealment rather than comfort.
However, experts argue that such countermeasures are likely of limited effectiveness against modern drone reconnaissance. Thermal drones detect even small variations in heat patterns, and the tents’ thin materials provide minimal insulation. Strong wind or uneven terrain can lift or wrinkle the coverings, creating detectable hotspots or motion patterns that drones can easily track. Furthermore, drones equipped with high-resolution cameras or multispectral sensors can detect the tent’s unnatural shapes or movement relative to the surrounding terrain, making the tents visible even if the soldier inside is mostly covered.
In addition to individual camouflage tactics, there are reports of broader measures aimed at thwarting drones. Smoke screens and aerosol camouflage systems have been used by Russian troops during movements to disrupt the line of sight of reconnaissance drones, though the effectiveness of such techniques is debated.
These improvised tactics occur against the backdrop of intensive use of unmanned aerial vehicles in the conflict. Both sides have deployed hundreds of small drones for reconnaissance, artillery spotting, and precision strikes. Ukrainian forces frequently use First Person View (FPV) drones for attack missions, prompting Russian units to experiment with various countermeasures to reduce their vulnerability.
Analysts note that the widespread use of thermal and visual drone surveillance has reshaped battlefield behaviour. Russian troops have at times attempted to minimise heat signatures by limiting movement and adopting makeshift thermal camouflage, while Ukrainian units continue to refine their aerial targeting methods.
The technical limitations of the tents in thin material, vulnerability to wind, difficulty in deployment, and the sophisticated sensors on modern drones mean that these countermeasures are unlikely to provide meaningful protection. In effect, the “solution” may be more psychological than operational, offering a false sense of security to troops under constant aerial scrutiny.
