Australian DroneShield Demonstrates Counter-Drone Systems as Europe Expands Anti-UAS Defense.

Australian defence technology company DroneShield is presenting its counter unmanned aerial systems at the Belgian Defence and Security Exhibition (BEDEX) 2026 in Belgium. The demonstration highlights growing European demand for technologies that can detect, track, and neutralize hostile drones as governments expand investment in airspace security.

DroneShield, an Australian defence technology firm specializing in counter-unmanned aerial systems, is showcasing its latest drone detection and mitigation solutions at the Belgian Defence and Security Exhibition (BEDEX) 2026. The event, which gathers defence manufacturers, government officials, and military operators from across Europe, provides the company with a platform to demonstrate technologies designed to detect, track, and disrupt hostile drones. The appearance comes as European armed forces and security agencies accelerate procurement of counter-drone capabilities amid the rapid spread of unmanned aerial threats across military and civilian environments.
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At the exhibition, DroneShield showcases several components of its layered counter-unmanned aerial system architecture, including the RfPatrol Mk2, the DroneSentry-X Mk2, and the DroneGun Mk4 (Picture source: ArmyRecognition)

DroneShield’s presence at BEDEX 2026 reflects the growing importance of counter-drone technologies within modern defence planning. Over the past several years, the proliferation of small unmanned aerial vehicles on both military and civilian battlefields has transformed the air security environment. Commercial quadcopters and modified drones have repeatedly demonstrated their ability to conduct reconnaissance, disrupt operations, or deliver small payloads against sensitive installations. These developments have pushed NATO members and European governments to accelerate procurement of systems capable of detecting and defeating such threats.

At the exhibition, DroneShield showcases several components of its layered counter-unmanned aerial system architecture, including the RfPatrol Mk2, the DroneSentry-X Mk2, and the DroneGun Mk4. These systems operate together to provide early detection of drone activity, identification of potential threats, and the application of electronic countermeasures to neutralize hostile platforms before they reach protected areas.

The RfPatrol Mk2 is a passive radio frequency detection sensor designed to identify the communication signals emitted by drones and their controllers. By scanning the electromagnetic spectrum used by commercial and improvised unmanned aircraft, the system can detect and classify drone activity without emitting signals of its own. This passive approach reduces the risk of revealing the sensor’s position and allows operators to identify drones at distances that can reach several kilometres, depending on terrain and signal conditions. The sensor can also provide directional information, helping security teams locate both the aircraft and its operator.

Complementing this detection layer, the DroneSentry-X Mk2 forms part of a broader surveillance architecture intended to monitor airspace around sensitive facilities. The system integrates multiple sensors including radar, radio frequency detection and electro-optical cameras connected through a command-and-control interface. Compact radars within the DroneSentry family are designed to detect small aerial targets with limited radar cross sections flying at low altitude, which is typical of quadcopters and small unmanned platforms. Once a drone is detected, the system automatically cues cameras and tracking software to maintain visual identification.

DroneShield also displays the DroneGun Mk4, a portable electronic warfare device designed to neutralize drones through directional radio frequency jamming. The system resembles a compact rifle and can be operated by a single operator. When activated, it transmits targeted radio frequency signals that disrupt the control link between the drone and its operator. The device typically interferes with frequencies commonly used by commercial drones, such as the 2.4 GHz and 5.8 GHz bands. When the communication link is interrupted, many drones activate built-in fail safe protocols that force them to land immediately or return automatically to their launch point.

The system is designed to engage drones at operational distances that can exceed one kilometre, depending on environmental conditions and antenna configuration. Its portability allows rapid deployment around temporary security zones such as military bases, airfields or public events where drone incursions may occur.

Operationally, layered counter drone architectures such as the one presented by DroneShield combine multiple detection and response elements to provide continuous protection against low-altitude aerial threats. Passive sensors detect the presence of drones, radars track their movement, and portable jamming systems neutralize them once they approach protected areas. This integrated approach reduces reaction time and allows security forces to counter drones before they reach critical infrastructure or sensitive military assets.

Such systems have gained particular relevance following the widespread use of small drones in recent conflicts. The war in Ukraine has demonstrated how inexpensive unmanned aircraft can perform reconnaissance, guide artillery strikes or deliver improvised explosive payloads. These developments have accelerated demand for counter drone solutions among both military organizations and civilian security authorities responsible for protecting infrastructure.

DroneShield’s participation in BEDEX 2026 therefore illustrates the broader transformation underway within the defence sector. As drones become more accessible and adaptable, the requirement for reliable detection and electronic countermeasures grows steadily. European armed forces, NATO members and homeland security agencies are increasingly seeking scalable solutions capable of protecting bases, energy infrastructure and transportation hubs against these emerging aerial threats. In this evolving environment, counter unmanned aerial systems are becoming a central component of modern air security strategies across the continent.