Counter-UAS System Tested by Austrian Armed Forces

Rheinmetall's deployable C-sUAS system is being tested as part of the Countering Emerging Air Threats project By Mike Ball / 21 Dec 2022
Counter-UAS system
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Rheinmetall and the Austrian Armed Forces have successfully tested a leased Counter-small Unmanned Aerial Systems (C-sUAS) solution as part of a realistic exercise. Rheinmetall’s deployable C-sUAS system is currently being evaluated by the Austrian Armed Forces alongside other systems as part of the Countering Emerging Air Threats (C-EAT) project. Following the successful tests, the Austrian Armed Forces have now extended the lease contract by seven months.

After the training on the system had been completed, the operational capability of the Rheinmetall C-sUAS system was to be tested as intensively as possible under real conditions. For this purpose, a sophisticated test programme was developed, which included both test and realistic attack flights by small drones. The aim was to detect and clearly verify these drones as early as possible using a broad sensor mix. A possible counter to these drone threats was demonstrated through jamming systems, including a tablet-based target queuing device that linked from the higher-level command and control system to the jammer operator.

The large number of drones used – from commercially available drones, to models with jet propulsion, to self-built drones controlled according to the LTE mobile radio standard – clearly showed that modern drone defence can only be efficiently managed in a network.

The Austrian armed forces had selected Rheinmetall’s C-sUAS system and loaned it out for a six-month period of testing and evaluation. In May 2022 Rheinmetall Air Defence AG shipped the latest version of the rapidly deployable system.

The system comprises two shelter units, enabling rapid deployment on standard trailers and trucks. The sensor unit elevates automatically and can be equipped with various detection technologies, including X-band and S-band radar, passive emitter locator, ADS-B receiver and others if required. An integrated, stabilized 360° electro-optical PTZ sensor provides state-of-the-art verification and tracking capabilities.

Based on the tried-and-tested Oerlikon Skymaster command and control system, the separate C2 shelter is a fully fledged operator workstation. Skymaster delivers an outstanding level of sensor data fusion and multiple operational functions, including scalability to integrated target cueing devices and effectors for different countermeasures as well as links to higher echelons.

Matthias Diem, Vice President of Counter Drones and Aviation Markets at Rheinmetall, commented: “A successful and intensive test week provided a multitude of important insights and experiences. From our point of view, the exercise was an instructive example of how innovation-oriented armed forces, together with industry, can gain the necessary insights to develop and adapt tomorrow’s technologies for possible new threats from the air at an early stage. A big thank you goes to the Air Force and Anti-Aircraft Defence School in Langenlebarn for the great organisation and execution of this forward-looking exercise.”

Posted by Mike Ball Mike Ball is our resident technical editor here at Unmanned Systems Technology. Combining his passion for teaching, advanced engineering and all things unmanned, Mike keeps a watchful eye over everything related to the unmanned technical sector. With over 10 years’ experience in the unmanned field and a degree in engineering, Mike’s been heading up our technical team here for the last 8 years. Connect & Contact