Diehl Defence has successfully demonstrated the capabilities of two of its advanced drone defence systems during rigorous test campaigns at the Grafenwoehr military training area. The trials showcased the effectiveness of the Kinetic Defence Vehicle (KDV) and the eMissile CICADA, a component of the Sky Sphere system, in countering drone threats.
The KDV proved its ability to automatically detect, track, and engage small drones, effectively neutralising the threat they pose. “As part of this test campaign, the KDV provided proof of integration and effectiveness, that the threat posed by small drones can be eliminated through successful automatic detection, tracking and engagement,” Diehl Defence stated. The system also demonstrated its capability to intercept fixed-wing drones using a long-range effector, marking a significant advancement in drone defence technology.
The KDV integrates AI automation, radar, and electro-optics for primary detection, along with secondary effectors to defend against both close-range and high-flying drones. This multi-layered approach ensures robust protection against a variety of aerial threats.
In addition to the KDV, the test campaign also evaluated the latest system demonstrators of the Sky Sphere drone defence system and the eMissile CICADA. Conducted using a container version of the systems, the trials focused on optimising the sensor-to-shooter chain and the interception process in dynamic scenarios with real hardware. Sky Sphere is a modular system designed for the detection, classification, and engagement of drone threats. It can integrate the electrically powered CICADA eMissile effector, specifically developed to counter Class I and Class II drones. The CICADA can be equipped with either a fragmentation warhead or a non-lethal net to neutralise drones effectively.
These advancements in drone defence technology underscore the growing importance of robust counter-unmanned aerial systems (C-UAS) in modern military operations. As drone threats become more sophisticated, the need for advanced, automated defence systems capable of detecting, tracking, and engaging these threats becomes increasingly critical.
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The successful trials of Diehl Defence’s systems highlight the ongoing innovation in the defence sector and the critical role of advanced technology in safeguarding against emerging threats. As the landscape of aerial warfare evolves, the integration of AI, automation, and advanced effectors will continue to shape the future of drone defence.