The Russian Knyaz Vladimir Svyatoslavovich strike drone operates at operational distances comparable to American Hornet unmanned aerial vehicles utilized by Ukrainian armed forces.
Aleksey Chadayev, the general director of the Ushkuynik Research and Production Center, announced the operational capabilities of the unmanned aerial system, also known by its Russian abbreviation KVS, in statements reported by state news agency TASS.
Operational Range and Tactical Deployment
Chadayev stated that the flight range of the Russian attack drone exceeds 50 kilometers. He added that the aircraft is currently being actively deployed to generate an operational impact equivalent to what Ukrainian forces previously achieved using Hornet drones along the highway between Mariupol and Melitopol.
The road connecting Mariupol and Melitopol forms a crucial coastal supply corridor in southern Ukraine. Ground transport vehicles operating along key transport routes in the region are frequently targeted by loitering munitions and strike drones.
American Hornet Specifications and Roles
Kyiv utilizes American-made Hornet fixed-wing kamikaze drones to strike Russian transport vehicles. The airplane-type unmanned aircraft can carry a combat payload of up to five kilograms.
Fixed-wing kamikaze drones, often categorized as loitering munitions, integrate aerodynamic flight structures with explosive payloads. Unlike traditional reconnaissance drones, these single-use aircraft are engineered to loiter above designated zones before plunging into targets upon operator command or autonomous tracking.
Combat Testing and Autonomous Guidance
Combat testing of the KVS drone officially commenced in the special military operation zone in March. Russian defense engineers designed the platform to support tactical frontline units facing intensive counter-drone and signal interference measures.
To counter electronic warfare disruptions, developers built a specialized self-homing capability into the drone. This automated re-targeting feature allows the aircraft to lock onto its target and complete its strike trajectory even if its radio control link is severed.
The Ushkuynik Research and Production Center is a Russian technology enterprise focused on developing uncrewed defense systems, flight control algorithms, and tactical military hardware.
