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Russia sends six-channel anti-kamikaze EW system to Ukraine
A six-channel version of the “Tarakan” electronic warfare [EW] system, designed to counter kamikaze drones with precision, is reportedly set for deployment to the special operation zone.
At present, “Dronoscop” is focused on producing both four- and five-channel models of the “Tarakan” system, which incorporates the company’s “Dronoscop-4R” automatic control module. This innovation activates jamming capabilities only when a drone is detected approaching, thereby optimizing battery life and minimizing the chances of detection by enemy forces.
As any EW system running continuously presents a higher risk of being triangulated, the selective engagement offered by “Tarakan” proves to be a game-changer in maintaining operational stealth.
The six-channel version of the “Tarakan” electronic warfare [EW] system represents a significant leap in counter-drone capabilities, specifically designed to combat kamikaze drones.
The addition of multiple channels allows for greater flexibility and adaptability when dealing with modern drone threats. A single-channel EW system can be limited in its effectiveness, as it focuses on a single frequency, which may not cover the broad spectrum of signals that adversary drones use.
By employing six channels, “Tarakan” is capable of simultaneously engaging a variety of drone frequencies, making it far more versatile in combating different types of drones—whether they rely on traditional radio signals or more advanced, variable-frequency transmissions commonly used by FPV [first-person view] kamikaze drones.
This multi-channel approach not only improves the system’s ability to detect and jam incoming threats but also increases its resilience in a dynamic electromagnetic environment. Kamikaze drones, often equipped with sophisticated electronic countermeasures of their own, are designed to evade interception.
One of the most important operational advantages provided by a six-channel EW system is the ability to conduct highly localized, precision jamming. When multiple channels are operational, the system can selectively target only the specific frequency bands that the incoming drone utilizes, ensuring minimal collateral interference with surrounding communications and radar systems.
This is especially important in military operations where maintaining broader communication networks and situational awareness is crucial. By focusing jamming efforts on the drone’s control links without affecting broader operational assets, “Tarakan” ensures that the defending forces can still operate effectively while neutralizing the threat posed by the kamikaze drone.
In practical terms, this means that the six-channel configuration gives Russian forces a much-needed advantage in the battle against FPV drones, which have become an increasingly lethal threat in modern warfare. These drones are often equipped with high-definition cameras and can be used to target infantry, armored vehicles, and infrastructure with devastating precision.
From a tactical standpoint, a six-channel EW system dramatically reduces the risk of detection and counteraction by enemy forces. The more frequencies that are targeted, the more difficult it is for the adversary to adapt and retaliate.
Unlike traditional single-channel systems, which are vulnerable to being detected by specialized countermeasures, “Tarakan” operates with a much lower probability of being intercepted by enemy electronic surveillance, thanks to its broad-spectrum approach to jamming.
This operational flexibility is vital in contemporary military operations, where electronic warfare has become as important as kinetic action on the battlefield. The six-channel “Tarakan” system enhances the capability to disrupt hostile UAV operations while minimizing the risks to friendly forces and systems.
The effectiveness of “Tarakan” has been demonstrated in numerous real-world applications, particularly against kamikaze drones. Initially developed in the spring of 2024, the system was a direct response to the increasing use of FPV drones by enemy forces—a threat that caught Russian troops unprepared due to the lack of efficient countermeasures at the time.
The EW systems in use before 2024, designed to jam DJI and Autel drones, struggled to cope with the evolving FPV technology. A notable instance highlighted by “Dronoscop” involved “Tarakan” successfully neutralizing a Ukrainian “Baba Yaga” drone, preventing it from releasing explosives on Russian troops—a clear indication of its operational value in the field.
“Dronoscop” continues to specialize in the development and deployment of detection, tracking, and suppression systems for small and medium-sized UAVs.
Bulgarian Military