**NICOSIA –** In a significant move to fortify its aerial defence posture, the Cyprus National Guard is poised to procure the sophisticated "Kentavros" anti-drone system, a cutting-edge electronic warfare solution developed in Greece. This acquisition underscores Cyprus’s commitment to confronting the escalating threat posed by unmanned aerial vehicles (UAVs) in modern warfare, enhancing its capacity to neutralise both reconnaissance and offensive drone operations.
The "Kentavros" system, a product of collaborative efforts between Greece's Hellenic Aerospace Industry (HAI) and Israel's Israel Aerospace Industries (IAI), represents a substantial upgrade to the National Guard's defensive arsenal. Its development, which commenced in the early 2020s, has culminated in a highly effective counter-UAV capability. Crucially, the system has recently undergone successful integration with the BARAK-MX air defence and anti-missile platform, a sophisticated system already in operation within Cyprus’s military framework. This seamless interoperability promises to create a more cohesive and potent air defence network.
At its core, the "Kentavros" system operates through a multi-faceted approach to drone interception. Its detection capabilities are particularly impressive, allowing for the passive identification of unmanned aircraft at remarkable distances, extending up to 150 kilometres. Once a threat is identified, the system can engage it through sophisticated radio-frequency jamming, effectively disrupting communication links between the drone and its operator, or interfering with its navigation and GPS systems. This disruption can compel an errant drone to land safely or divert from its intended path, effectively neutralising its mission without the need for kinetic engagement. The system’s design allows for the simultaneous tracking and jamming of multiple targets, a critical advantage in scenarios involving swarms of drones.
The threat landscape that "Kentavros" is designed to address is increasingly complex. Modern conflicts have witnessed a surge in the deployment of UAVs for a myriad of purposes, ranging from intelligence gathering and surveillance to direct attack missions. Larger military-grade drones, such as those in the Bayraktar family, along with NATO Class 2 and Class 3 UAVs, are within the operational scope of the "Kentavros" system. Its reliance on advanced electronic intelligence and electronic warfare technologies enables it to precisely identify and target the specific communication frequencies employed by hostile drones, offering a decisive edge in the electromagnetic spectrum.
While the "Kentavros" system was initially conceived with naval applications in mind, its inherent modularity allows for its deployment on a variety of platforms, including land-based vehicles and fixed military installations. This adaptability makes it an ideal fit for integration into existing ground defence infrastructure. The recent successful integration with the BARAK-MX system on February 2nd represents a significant milestone, demonstrating the system’s potential to augment existing sophisticated air defence capabilities.
The acquisition of the "Kentavros" system by the Cyprus National Guard is expected to yield a tangible enhancement in its defensive capabilities. It will bolster the nation's resilience against aerial incursions and reconnaissance missions conducted by unmanned aerial vehicles. Furthermore, the synergistic effect of integrating this advanced counter-drone technology with established air defence assets like the BARAK-MX promises to create a more robust and multi-layered defence architecture, better equipped to safeguard Cypriot airspace in an era defined by evolving aerial threats.