D-Fend Solutions’ counter-drone demonstration in the United Kingdom showcased the operational performance of its EnforceAir PLUS and EnforceAir2 systems under realistic conditions.
Defence, law enforcement, and government stakeholders attended the event to observe system operation across fixed, vehicle-mounted, and dismounted configurations.
The demonstrations were conducted in response to the increasing presence of commercial and modified drones and the associated challenges faced by UK security teams operating in dense urban environments, complex airspace, and regulated operational settings.
Live Demonstrations in a Realistic UK Operating Environment
The two-day demonstration programme was held at a venue in southeast England selected to replicate representative operational conditions. The environment included open terrain, elevated structures, and operational stand-off distances, with safety and compliance controls in place throughout.
Attendees observed system hardware, user interfaces, and live detection and mitigation activity in real time. Alongside a fixed installation, an EnforceAir2 software-defined radio configuration was installed in a vehicle to demonstrate mobile operation and mitigation while on the move. Prior to live demonstrations, participants received briefings covering cyber takeover principles, radar integration, and operational workflows.
Cyber-Based Detection, Tracking, and Takeover
The demonstrations began with cyber-based detection, tracking, and identification of drones. These scenarios illustrated how the system classifies drones as authorised or suspect in environments where multiple drones may be present.
Following classification, the system demonstrated controlled takeover of suspect drones at operationally relevant distances. Rather than disrupting communications, EnforceAir assumed control of the drones and directed them to land at locations predefined by the system operator. This approach highlighted safety, evidence preservation, and compliance considerations relevant to UK operational requirements.
Radar Detection and Multi-Sensor Demonstrations
Radar detection and tracking were demonstrated live, showing how situational awareness can be maintained when cyber detection is not immediately available. The system demonstrated mitigation prompting return-to-home behaviour without uncontrolled flight.
A further demonstration showed the fusion of radar and cyber detection data into a single operational view. By transitioning a drone between radar coverage areas, operators illustrated how multiple detection sources are presented together for counter-drone decision-making.
Vehicle-Based and Dismounted Deployments
Mobile operations formed a key part of the demonstrations. The covert vehicle-based configuration showed EnforceAir2 detecting, tracking, and taking control of a drone while both the vehicle and the drone were moving.
The EnforceAir2 backpack deployment kit was then assembled in front of attendees to demonstrate rapid transition to dismounted use. Participants were able to examine the backpack configuration, followed by a live detection and mitigation demonstration showing system operation in a dismounted scenario.
EnforceAir PLUS for Layered Counter-UAS Protection
The demonstrations also contextualised EnforceAir PLUS as a layered counter-UAS system integrating RF detection, cyber takeover, radar, and optional third-party sensors within a unified command-and-control platform.
The EnforceAir PLUS Tactical Deployment Kit was presented as a means of enabling rapid setup, with deployment demonstrated in under ten minutes for temporary or semi-permanent operational locations.
Across both days, the demonstrations showed cyber-based counter-UAS operations conducted transparently and under realistic conditions. The event highlighted how controlled detection and mitigation can be applied in environments where safety, discretion, and regulatory compliance are key considerations.
To find out more information, visit D-Fend Solutions’ website.
