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Ukrainian Strike Hits Russian Buk-M1 Launchers and Cripples Frontline Communications Network

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Ukrainian Buk-M1 air defense system engages and destroys an aerial target. (Source: Wikipedia)
Ukrainian Buk-M1 air defense system engages and destroys an aerial target. (Source: Wikipedia)

Ukrainian unmanned systems forces conducted a series of strikes against Russian air defense and communications assets, reportedly hitting multiple high-value targets, including Buk surface-to-air missile systems, on March 18.

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According to official information released by a Ukrainian military unit on March 18, two Buk-M1 systems were struck during the operation, alongside a broader set of infrastructure used by Russian forces to maintain battlefield coordination.

The same source reported that the strikes also targeted fuel and weapons storage sites, as well as communication nodes critical for drone operations.

The unit stated that six antenna towers used for MESH  communications were hit. These systems are commonly used to support control links for long-range unmanned aerial vehicles, including Shahed-type drones.

In addition, 37 units of satellite communication equipment and relay systems were reportedly damaged, which are used to maintain stable command and control across Russian formations.

Footage released by the unit shows the moment one of the Buk systems was struck, although independent verification of the full extent of the damage remains limited.

The Buk-M1 is a Soviet-designed medium-range air defense system developed to protect military units and critical infrastructure from aerial threats.

It can engage targets at distances of up to 35 kilometers, including aircraft, helicopters, cruise missiles, and certain types of drones. Each launcher is equipped with its own radar, allowing it to detect, track, and engage targets independently, even without direct support from a command center.

In a related development, Ukrainian special unit operators carried out a series of strikes in occupied Crimea, targeting Russian air defense and surveillance systems. The operation reportedly hit a Valdai radar designed to detect drones, along with an electronic warfare system, a relay node supporting “Geran”-type UAVs, and elements of the GLONASS navigation network, while also destroying two BK-16 assault boats at sea.

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Decentralized communication system where each device connects directly to others, allowing data to be routed across multiple nodes without a central hub—making it resilient and hard to disrupt.

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