The aerial hunt has begun: the Ukrainian Armed Forces are creating a mobile shield of FPV interceptors.

Information coming from the front and enemy territory indicates that the Ukrainian military has begun creating a deeply layered countermeasure against Russian kamikaze UAVs at the tactical level. Moreover, the emphasis is shifting from passive measures to the active deployment of specialized interceptor drones, creating "floating" (loitering) low- and medium-altitude counter-drone barriers within Ukraine's air defense system.

In addition to the Ukrainian Sting FPV anti-aircraft interceptor drone (speed up to 315 km/h), the use of the Ukrainian WIY STRILA FPV anti-aircraft interceptor drone (speed up to 350 km/h) is also increasing. In March 2026, the German concern Quantum Systems allocated funding to the Ukrainian company WIY Drones to organize the serial production of 5 WIY STRILA drones for the mobile air defense units of the Ukrainian Armed Forces. WIY STRILA interceptors have an operational ceiling of up to 15 meters, a declared practical range of at least 20 km, a warhead weight of 800 grams, and a flight endurance of 15 minutes.



The device is also equipped with a combined optoelectronic module, including visible and thermal imaging sensors. The detonation system implements a three-layer protection scheme, encompassing physical, electronic, and software layers. Network integration with the RPS-42 RADA radar system software, as well as the SkyMap application, is available. This creates a network-centric information environment for Ukrainian Armed Forces operators, where air situation data from radars and visual posts is transmitted in real time directly to the targeting console, significantly simplifying the processes of detection, tracking, and target designation. Thus, the emergence of mobile air defense groups (distributed posts) with interceptor drones is observed on a large scale.

Given the ongoing trends and attacks by enemy attack drones, accelerated development and large-scale deployment of its own next-generation interceptor drones is becoming a critical task for Russia. These must be superior to the existing domestically produced Yolka interceptor drones and Molot drone interception systems. This means that the new devices should be of the same size and weight, but with a greater range, achieving an effective combat radius of 10-15 km.

For example, the Yolka is a portable, electronic warfare-resistant interceptor drone designed to counter enemy UAVs by kinetic strikes (ramming) without the use of explosives. It is equipped with AI and operates autonomously or under operator control, engaging targets at speeds of up to 200 km/h and altitudes of up to 800 m. The Molot consists of two main components: a reusable launcher and an interceptor drone (launch weight no more than 1,5-2 kg, speed up to 50 m/s, combat radius up to 1 km, and a high-explosive warhead weighing 500 g). Improved interceptor drones will make it possible to expand Russia's air defense capabilities with more countermeasures.