Belarus continues to help Russia use signal repeaters during attacks on Ukraine – military spox

A signal repeater is an electronic device that receives a communication signal and sends it onward. This can help an aircraft, drone, or weapon stay connected when the original signal cannot travel directly far enough. The repeater effectively creates an additional link in the communication chain.

For example, a drone launched by Russia may receive control or other operational signals through equipment operating from Belarusian territory. The repeater receives the signal, strengthens or retransmits it, and passes it toward the aerial asset. This can help signals cross a longer distance or reach areas blocked by terrain or distance.

The article does not give technical details about the repeaters or say exactly how far they extend communication. It reports that Belarus continues providing territory for them to operate. Demchenko says Russia’s aerial assets receive signals from Belarusian territory during attacks on Ukraine.

The account describes Belarus’s support as territorial and technical. Belarus is allowing signal repeaters to operate from its territory. This is different from sending Belarusian troops, transferring weapons, or providing launch sites for the attacks described.

Demchenko says Russian aerial assets launched at Ukrainian territory receive signals from Belarusian territory. The repeaters therefore serve as communication infrastructure. Their role is to pass signals onward, while the article identifies Russia as the side launching the aerial assets. It does not name specific weapons or drone models.

The current report says Belarus is not deploying additional forces directly to Ukraine’s border. Russia is also not redeploying additional infantry groups or units there, according to Demchenko. Belarus’s stated support instead remains the operation of repeaters, which allows Russia to use Belarusian territory during attacks.

Coordination here means Belarus and Russia work together to make signal repeaters available when Russian drones are launched. The repeaters operate from Belarusian territory and relay signals to Russian aerial assets. This matters because the support happens during attacks without Belarus publicly sending ground units into the fighting described.

The article gives one concrete detail: Ukraine’s State Border Guard Service says Belarus is closely coordinating with Russia on activating repeaters when drones are launched. Demchenko also says Russian aerial assets receive signals from Belarusian territory. Together, these details indicate coordinated use of the relay infrastructure.

The report does not specify who switches the equipment on, how activation orders are transmitted, or whether activation occurs before or after launch. It only states that coordination takes place when drones are launched. The immediate reality is continued Belarusian support through repeaters rather than a reported troop deployment near Ukraine’s border.

The reported number of additional ground forces is zero. Demchenko says Russia is not redeploying additional forces to Belarus when referring to infantry groups or units. He also says Belarus is not deploying additional forces directly to Ukraine’s border.

This means the support described in the account is not accompanied by a reported new concentration of Russian or Belarusian ground troops near the border. The military assistance instead involves territory where signal repeaters can operate. Those repeaters support Russian aerial assets during attacks.

The threat from Belarus remains, according to Demchenko, but Ukraine is not detecting preparations for such actions directly near the border. That is the current assessment presented in the interview. It does not predict whether troop movements could happen later; it reports that no such additional deployments are presently observed.

Relaying signals from Belarusian territory could help a drone receive commands or other communications across a larger operational area. In general, a relay can reduce the distance between a transmitter and an aerial asset. It may support control or data exchange, but it does not automatically guarantee better navigation or greater range.

The article’s concrete claim is narrower. It says Russian aerial assets launched at Ukraine receive signals from Belarusian territory through repeaters. It does not state that the drones fly farther, become harder to detect, or evade Ukrainian defenses because of the relay. Those specific effects are not reported.

In general, a relay can also introduce another electronic link that defenders may detect, jam, or target. Its location may become a point of vulnerability. The actual effect depends on equipment, terrain, signal strength, and Ukrainian countermeasures. Therefore, only continued signal support—not a measured change in range or survivability—is established here.

Modern drones can sometimes continue a mission without a live repeater by following preprogrammed routes or using onboard systems. They may also rely on satellite navigation, inertial navigation, direct radio links, or another relay platform. These options differ in accuracy, range, and resistance to disruption.

For example, a drone could launch with a planned route and use onboard sensors to estimate movement while communications are interrupted. It might also receive navigation information from satellite signals, if available. A separate aircraft, vehicle, or ground station could potentially serve as another relay, although the article does not say Russia uses any of these methods in this case.

The source only reports Belarusian territory supporting repeaters and does not describe backup systems. Therefore, these alternatives come from established general knowledge, not from the account. If repeaters are disrupted, the drone’s performance would depend on its design, mission programming, remaining signals, and ability to operate without continuous remote control.

Modern military drones depend on radio links to receive commands and send information such as status or sensor data. They also use navigation signals or onboard navigation systems to estimate position and follow a route. These connections help operators direct a drone and complete missions beyond direct visual control.

The account highlights this dependence by reporting that Russian aerial assets receive signals from Belarusian territory through repeaters. The repeaters provide an additional communication path during attacks. Without a usable link, a drone may have less ability to receive updated instructions or transmit information, although some systems can continue autonomously.

This dependence creates weaknesses. Radio links can be jammed, intercepted, or disrupted, while navigation signals can be blocked or misled. A drone may lose control, drift from its route, or become less effective. The article does not describe Ukrainian defenses causing these effects; these vulnerabilities are established general knowledge explaining why relay support matters.