Russia Deploys Zubr Automated Counter-Drone System with Live Target Engagement

Russia has unveiled footage of the Zubr automated counter-drone system operating for the first time by detecting, tracking, and engaging aerial targets with minimal human intervention.

A report by Defense Blog noted that the announcement was accompanied by confirmation from Rostec, the large Russian state-owned defense corporation, that the initial batch of Zubr systems has entered active service protecting critical infrastructure across the country.

This marks the first occasion Moscow has presented the defense system not as a display model but as a functioning weapon performing its intended mission.

The Zubr system was first publicly revealed at the Army-2024 defense exhibition in August 2024, where it attracted attention.

The latest footage demonstrates the system in operation: radar detects an incoming target while automated tracking locks onto it without operator input, and artillery units respond accordingly.

Developers state that the Zubr system automatically detects and tracks drones, requiring the operator only to make the decision and issue the engagement command.

This division of labor—where the device handles detection and tracking and the human operator decides on firing—is central to the system's design philosophy and the feature Russia intended to showcase publicly.

Each Zubr system consists of four firing units, a central control center, and its own radar station.

Every firing unit is equipped with its own electro-optical targeting system and armed with four PKT or PKTM machine guns chambered in 7.62 mm, the same caliber used in Soviet and Russian tank-mounted weapons for decades. These are arranged with four barrels per unit in a system designed to saturate the airspace around any incoming drone with sufficient firepower to ensure its destruction.

With four units per system and four machine guns per unit, each Zubr system can simultaneously fire sixteen machine gun barrels at any aerial threat entering its engagement zone.

The integrated radar station in the Zubr system can detect both large and small aerial targets at ranges up to 1.5 kilometers, providing enough warning time to complete target identification and firing before a fast-moving drone reaches collision range.

The system operates continuously around the clock, which is critical as Ukrainian drone raids on Russian territory have increasingly been conducted at night, when visual monitoring by cameras or guards is unreliable. Radar surveillance eliminates this vulnerability by rendering darkness irrelevant to detection.

Bekhan Ozdoyev, the industrial director of Rostec’s weapons group, stated that the system demonstrated high effectiveness during tests against small, high-speed targets.

Analysts estimate the effective engagement range against small drones with first-person view (FPV) capabilities to be approximately 370 to 450 meters, placing the Zubr system within the category of last-line defense.

Last-line defense means the system is not designed to intercept threats at a distance but serves as the final protective barrier between an incoming drone and the facility it aims to destroy, engaging targets in the last seconds of their flight after all other air defense layers have been exhausted or bypassed.

Russia has explicitly described the Zubr system as covering the "close area" around sensitive sites, rather than being a broad-area solution.

The deployment of the Zubr system occurs amid an escalating and ongoing Ukrainian drone campaign targeting Russian territory.

The Ukrainian Security Service reported that its Alpha unit alone destroyed Russian air defense systems valued at nearly four billion US dollars in 2025, illustrating the scale of losses Moscow has suffered in its defense network and explaining the urgent need to deploy automated short-range air defense systems that do not rely on costly interceptor missiles.

An inexpensive, gun-based air defense system that is sufficiently automated to respond faster than a human operator offers a logical solution to counter cheap attack drones arriving in numbers that exceed the capacity of missile systems to handle them cost-effectively.