Summary of "Скільки дронів не шкода на С-300?! Інтервʼю з офіцером 1 Окремого центру СБС"

Summary: Interview with an officer of the 1st Separate Center for Unmanned Systems

This document condenses technological concepts, tactics, capabilities, and practical guidance from an interview with Rafim Gordienko Falko — officer, 1st Separate Center for Unmanned Systems — conducted by the “To Arms” channel.

Scope / definitions

Operational‑tactical level (speaker’s working definition): forces and assets (reconnaissance + strike) operating roughly up to ~120 km from the contact line. Functionally closer to tactical units but concerned with longer‑distance targeting and coordination.
“First echelon” / forward air layer: roughly 30–35 km from the contact line; heavily monitored by interceptor‑type counter‑UAV groups and short‑range radar networks.

Mission types and desired effects

Two primary effect types drive tasking and resource allocation:

Immediate effect
- Objective: destroy a specific system (e.g., S‑300 launcher/radar, Buk).
- Measured by direct battle damage to that system.
Long‑term / systemic effect
- Objective: repeated strikes on logistics and lines of communication to constrain enemy maneuver and create psychological/logistic degradation at corps/operational level.

Target selection and allocation prioritize the aggregate operational effect rather than single kills alone.

ISR–strike cycle and unit capabilities

The centre reports a largely closed operational‑tactical ISR‑to‑strike cycle within the unit: organic drones, electronic intelligence, analytics, plus external intel (satellites, other services) when needed.
Fast, decentralized decision‑making is essential. The Battle Officer role:
- Rapidly prioritizes targets.
- Assigns strike assets.
- Justifies choices while operating under uncertainty.

Fast, decentralized decision making (the Battle Officer role) is essential: that officer must rapidly prioritize targets, assign strike assets, and justify choices under uncertainty.

Industry, R&D, and logistics

Ukraine’s UAV market experienced rapid private‑sector growth during the full‑scale war, producing high diversity and fast iteration.
Key enablers: R&D, repair shops, field modernization, and close producer–end user feedback (a “sandbox” testing dynamic).
Manufacturers actively collaborate with units on testing and iterative fixes; equipment that is not updated loses relevance quickly.
Adaptability — at both human and organizational levels — is the critical quality.

Enemy countermeasures and air‑defense architecture

Russian approach: dense first echelon controlled by interceptor crews and integrated Airspace Control Systems (radar arrays, Rubcon/units) intended to deny forward UAV flights.
Traditional layered systems (Osa, Tor, Buk, S‑300, Pantsir) remain in use but have adapted:
- Camouflage, decoys and mockups.
- Altered deployment doctrines to reduce vulnerability.
Pantsir is judged by the officer as highly capable and often used as an active point defense and to cover other systems.
Radar components (C2/radar nodes) are prioritised as high‑value strike targets because they are harder to restore.

Tactical practices and examples

Dynamic retasking: reconnaissance drones often discover higher‑priority targets in flight; units keep on‑call strike crews so a recon sortie can immediately transition to a strike mission.
Example timeline: detection of a Buk during reconnaissance, data transfer, and a Hymer strike executed about eight minutes later — illustrating the speed from detection to strike.
Confirmation standards are strict: multi‑source confirmation is required (video from other drones, satellite imagery, additional ISR). Unknown outcomes are logged as unknown until proven.
Cost considerations influence decisions: weapon/unit cost affects target selection and the willingness to expend assets; cheaper systems are used more readily for higher‑risk tasks.

Weapons and counter‑interceptor solutions

There is no silver bullet. High‑speed, jet‑powered loitering/missile drones and high‑altitude flights reduce interception probability but do not guarantee mission success.
Interceptor systems and electronic/WARN networks continually evolve in response.
Tactical mix: units select tools based on mission goal, cost, and expected effectiveness rather than fixed exchange rates (no fixed “X drones per S‑300” rule). The doctrine is dynamic and influenced by NATO practices.

Changes and operational impact (2023–2025)

Significant growth in operational‑tactical assets and units, improved situational awareness, and more integrated processes.
These changes have made it harder for the enemy to maneuver at operational depth.
Combined effects — ISR + strike + R&D + organizational reforms — have produced measurable operational results and psychological effects on enemy logistics and movement.

Practical guidance / distilled best practices

Maintain a closed ISR‑to‑strike loop where possible, integrating multiple intelligence sources.
Prioritize adaptability: rapidly test and iterate equipment in field conditions; keep repair and modernization shops close to end users.
Empower a capable Battle Officer with authority and situational awareness to make fast decisions.
Enforce strict multi‑source confirmation standards for strike assessment.
Use cost‑effectiveness as a factor in weapon selection and target prioritization.
Anticipate and plan for countermeasures (interceptors, radars, decoys); focus on radars and C2 nodes where possible.

Main speakers / sources

Rafim Gordienko Falko — officer, 1st Separate Center for Unmanned Systems (primary interviewee and source of operational details).
Interviewer / channel: “To Arms” (host of the interview).
Additional references: Rubkon unit (Russian UAV unit), SBS commander Mr. Brody (Ukrainian leadership/initiatives mentioned).