AARONIA AG’s AARTOS Drone Detection System (AARTOS DDS) is positioned as a comprehensive solution for detecting, tracking and analysing unmanned aerial vehicles across a broad range of environments. Developed and manufactured in Germany, the system is designed to monitor real-time radio frequency (RF) signals and combine them with pattern recognition and direction-finding technology to identify drone activity across wide frequency bands.
The core detection capability of AARTOS is built around all-frequency RF monitoring, scanning signals continuously rather than focusing on limited bands, which enables the system to identify drone controllers and aircraft even on uncommon frequencies. It uses learned signal patterns and AI-based classification to distinguish drone communications from other RF sources. The system also features direction-finding (DF) capability, allowing it to determine the direction of RF emissions and locate both drones and operators.
In addition to RF detection, the AARTOS architecture supports multiple sensor types, including radar that can report position, flight direction, altitude and speed of inbound drones in real time, as well as camera inputs for visual confirmation. This layered approach aims to improve situational awareness across different threat scenarios.
The AARTOS DDS is offered in several configurations suited to different use cases, from portable units with shorter ranges to larger base stations capable of covering extensive areas. Systems like the AARTOS X2 provide mobile detection with a range of several kilometres, while higher-end versions such as AARTOS X7 and X9 offer wider frequency coverage and increased tracking range. By networking multiple systems, detection coverage can be extended further to monitor large areas such as airports or border regions.
According to industry reports, AARTOS has been showcased at defence exhibitions and interest has grown among military, security and infrastructure operators seeking enhanced airspace surveillance amid rising use of unmanned aerial vehicles. The system’s approach to real-time RF detection and broad frequency coverage reflects ongoing efforts to address evolving drone technologies and associated risks.
Technical details include 360° dome coverage with multiple antennas, support for AI-driven pattern recognition, scalability for large installations and integration options for mobile or fixed deployments. These elements contribute to AARTOS systems that can be adapted to diverse operational environments, from critical infrastructure sites to event venues and security perimeters.
The AARTOS Drone Detection System combines RF, radar and software-based analytics to provide continuous monitoring and tracking of drone activity, emphasising early detection and comprehensive situational data for users tasked with airspace security and threat awareness.
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