Leonardo’s Falco Xplorer Successfully Tests European Drone Traffic Integration System

In a significant advancement for military drone integration, Leonardo’s Falco Xplorer uncrewed aerial system (UAS) has completed crucial testing of the European Detect and Avoid System (EUDAAS) at Trapani Birgi Airport in Italy. This milestone demonstration marks a major step toward safely integrating large military drones into European civilian airspace, reports Military Embedded Systems.

Breakthrough in Drone Safety Technology

The test flight showcased cutting-edge technology designed to enable autonomous collision avoidance. The system combines advanced sensors, digital flight controls, and intelligent systems capable of detecting both cooperative and non-cooperative air traffic. This technological suite aims to reduce operator workload while maintaining the highest safety standards for shared airspace operations.

International Collaboration

The EUDAAS project represents a concentrated European effort, bringing together ten partners from five nations under Saab’s coordination. Funded through the European Defence Industrial Development Programme (EDIDP), this initiative demonstrates the continent’s commitment to advancing uncrewed aviation technology.

Future Development Plans

Leonardo’s testing program isn’t stopping here. The Falco Xplorer will continue its role as a flying test bed in the upcoming EUDAAS2 initiative, scheduled to launch this December. This next phase focuses on achieving certification-ready technology that meets stringent European standards for drone safety systems.

DroneXL’s Take

This development represents a crucial stepping stone in the evolution of military and civilian drone integration. While many focus on smaller commercial drones, the successful testing of EUDAAS on the Falco Xplorer shows how artificial intelligence and advanced beyond visual line of sight (BVLOS) capabilities are maturing for larger uncrewed systems. The technology demonstrated here could potentially influence future regulations and standards for civilian drone operations, particularly in complex airspace environments.

What do you think about this advancement in drone safety technology? Share your thoughts in the comments below about how this might affect the future of civilian drone operations in shared airspace.​​​​​​​​​​​​​​​​