General Staff: Ukrainian forces destroy Russian radar systems, command post and personnel

Radar stations are military sites that use radar to detect and track objects in the air. They help build a picture of activity around a force’s positions. This information can support warning, defense, and the movement of other military systems. The article focuses on Russian radar stations in Belgorod Oblast.

A command post is a place where an occupying unit’s commanders manage operations. A command-and-observation post adds an observation function, helping leaders monitor battlefield conditions while directing forces. The article reports a destroyed command post near Tarasivka and a command-and-observation post near Hola Prystan.

These facilities matter because modern forces depend on information and coordination. The General Staff said damaging them creates radar gaps and disrupts Russian command and control. It also said the strikes complicate coordination between Russian units. The article does not describe the buildings’ exact equipment or staffing.

The General Staff reported strikes on Russian radar stations near Gostishchevo and Kurganne in Russia’s Belgorod Oblast. It also confirmed the destruction of a command post near Tarasivka in the Zaporizhzhia region and a command-and-observation post near Hola Prystan in the Kherson region.

The report also described strikes on troop concentrations near Mykolaivka and Novoukrainka in Donetsk region. Additional reported concentration areas were Berdiansk, Okhrimivka, and Tarasivka in Zaporizhzhia region. These are locations, not necessarily separate named facilities.

The article adds that strikes on key targets inside Russian territory were carried out on October 23 and during the night of October 24. It says the main production building of Proton-Elektrotex in Orel, the Tolyattikauchuk plant in Tolyatti, and an aircraft at Yeysk airfield were destroyed. These targets form a separate part of the report.

The report identifies two radar-station locations: Gostishchevo and Kurganne in Belgorod Oblast. It identifies two command facilities: a command post near Tarasivka in Zaporizhzhia region and a command-and-observation post near Hola Prystan in Kherson region. The article says these facilities were destroyed or struck, as applicable.

It also names five areas where troop concentrations were reportedly struck. Two are in Donetsk region, near Mykolaivka and Novoukrainka. Three are in Zaporizhzhia region, around Berdiansk, Okhrimivka, and Tarasivka. The wording reports strikes on concentrations, not confirmed destruction of every troop group.

Therefore, the direct count is two radar stations, two command-related posts, and five troop-concentration areas. The article additionally mentions three destroyed targets inside Russia: a production building, a plant, and an aircraft. Those are not included in the requested battlefield categories.

Radar coverage depends on working radar stations that detect and track activity within their viewing areas. When one station is destroyed, its contribution to that network disappears. Nearby stations may not fully replace it, especially across the area the damaged station previously watched.

The article gives two examples in Belgorod Oblast: radar stations near Gostishchevo and Kurganne were struck. The General Staff said this creates gaps in the enemy’s radar coverage. In practical terms, the network may have weaker or missing detection in particular areas, although the article does not measure the size of those gaps.

Those gaps matter because commanders receive less complete information about activity in the air. The General Staff linked the damaged coverage to greater Ukrainian capability to deploy unmanned systems at all levels. The report does not specify how long the gaps last or whether other Russian sensors compensate for them.

Unmanned systems depend on access to operating space and on the enemy’s ability to detect them. If radar coverage is incomplete, some systems may face fewer detection opportunities along particular routes or at particular times. This does not make them invisible, but it can reduce one important layer of surveillance.

The article connects this effect directly to the radar strikes near Gostishchevo and Kurganne in Belgorod Oblast. The General Staff said the strikes created gaps in Russian radar coverage and expanded Ukrainian Defense Forces’ capabilities to deploy unmanned systems at all levels. The statement does not identify specific drone missions.

The practical result could be greater flexibility for Ukrainian unmanned operations in affected areas. However, the article gives no measurements of increased deployments, success rates, or duration. It also does not say that radar was the only Russian detection method available.

A command post supports decisions by collecting information and passing instructions to units. It helps commanders organize movements, responses, and cooperation between forces. When it is destroyed, that local coordination point can no longer perform its role normally.

The article reports a destroyed Russian command post near Tarasivka in Zaporizhzhia region. It also reports a destroyed command-and-observation post near Hola Prystan in Kherson region. The General Staff said these strikes disrupt the aggressor’s command and control of troops and complicate coordination between units on the battlefield.

The likely effect described by the report is slower or less coordinated action, but the article does not provide exact delays or operational results. Other command facilities may still exist, so the report does not claim that Russian command and control ended completely. It says operations against key military targets will continue until Russia’s aggression ends.

When radar coverage is reduced, military forces can use other detection methods. Established alternatives include visual observers, cameras, infrared sensors, acoustic systems, electronic monitoring, satellite imagery, and airborne surveillance. These tools can help detect aircraft, drones, or incoming attacks, depending on conditions and equipment.

For example, an infrared sensor may detect heat, while an electronic system may identify signals associated with a device or its control link. Satellites and aircraft can observe wider areas, while ground observers can report what they see directly. Each method provides different information and may work best when combined with others.

The article does not list alternative detection systems or describe Russian defenses beyond radar. Therefore, these examples come from established military knowledge, not this report. Reduced radar coverage can create gaps, but it does not necessarily remove all warning or detection capability.