Australian Defence Technology Company DroneShield Showcases Counter Unmanned Aerial Systems at BEDEX 2026
DroneShield, an Australian company specializing in counter-unmanned aerial systems (C-UAS), is making a significant impact at the Belgian Defence and Security Exhibition (BEDEX) 2026. This prestigious event, which gathers defense manufacturers, government officials, and military operators from across Europe, provides DroneShield with a prominent platform to demonstrate innovative technologies that detect, track, and neutralize hostile drones. The exhibition underscores a heightened European demand for robust airspace security as governments ramp up their investments in these critical technologies.
The urgency for effective counter-drone capabilities is underscored by the increasing proliferation of small unmanned aerial vehicles (UAVs) in both military and civilian spheres. Armed forces and security agencies across Europe find themselves amidst a rapidly evolving landscape where drones have been demonstrated to conduct reconnaissance, disrupt operations, and even deliver payloads against sensitive installations. Recognizing the threat posed by these technologies, NATO members and various European governments are investing heavily in systems designed to counter such aerial threats.
At BEDEX 2026, DroneShield is exhibiting several components of its layered counter-uav architecture. Key systems on display include the RfPatrol Mk2, DroneSentry-X Mk2, and DroneGun Mk4. Together, these systems form an integrated solution that ensures early detection of drone activity, evaluates potential threats, and deploys electronic countermeasures to neutralize hostile drones before they can approach protected areas.
The RfPatrol Mk2 is an advanced, passive radio frequency sensor designed specifically for identifying communication signals emitted by drones and their controllers. By scanning the electromagnetic spectrum that commercial and improvised UAVs utilize, the RfPatrol Mk2 can detect and classify drone activity without revealing its own position. This passive detection method allows operators to spot drones up to several kilometers away, depending on signal conditions and terrain. Additionally, this system provides directional information that aids security teams in locating both the aircraft and its operator.
Complementing the RfPatrol Mk2, the DroneSentry-X Mk2 serves as a crucial component of a more extensive surveillance architecture that monitors airspace above sensitive facilities. It integrates multiple layers of detection, incorporating radar, radio frequency sensors, and electro-optical cameras managed through a centralized command-and-control interface. Compact radars in the DroneSentry family can effectively detect small aerial targets, which is critical given that many drones operate at low altitudes. Once a drone is detected, the system seamlessly cues cameras and tracking algorithms to maintain visual identification and assessment.
Another impressive unit at the exhibition is the DroneGun Mk4, a portable electronic warfare device designed for neutralizing drones via directional radio frequency jamming. Resembling a compact rifle, this device is designed for single-operator use and is activated to transmit targeted radio signals that disrupt the control link between a drone and its operator. This jamming capability typically interferes with frequencies most commonly used by commercial drones, such as the 2.4 GHz and 5.8 GHz bands. When disrupted, many drones resort to built-in fail-safe protocols, causing them to either land immediately or return to their launch points.
Operationally, the layered architecture presented by DroneShield offers continuous, integrated protection against potential low-altitude aerial threats. The passive sensors provide advance warning of drone presence, radars track their movements, and portable jamming systems swiftly neutralize them should they approach critical areas. This multi-faceted approach not only reduces reaction times but also aids security forces in addressing drone incursions effectively before they can target vital infrastructure or military assets.
These systems have become increasingly relevant following the extensive use of small drones in recent conflicts. The conflict in Ukraine has notably highlighted how cost-effective unmanned aircraft can be employed for reconnaissance, artillery guidance, or for delivering improvised explosive devices. This newfound resolve among military organizations and civilian security authorities to protect infrastructure has accelerated the demand for counter-drone solutions.
DroneShield’s participation at BEDEX 2026 signifies a broader transformation within the defense sector. As drone technology becomes more accessible and versatile, the need for reliable detection and electronic countermeasures continues to escalate. European armed forces, along with NATO allies and homeland security agencies, are increasingly on the lookout for scalable solutions capable of safeguarding military bases, energy infrastructures, and transportation hubs against emerging aerial threats. In this rapidly evolving landscape, counter unmanned aerial systems are emerging as a core pillar of modern air security strategies across the continent.