MyDefence has announced its participation in BLU-Space, Germany’s ambitious Blueprint U-Space project aimed at developing safe and efficient drone traffic management in urban environments. The initiative, considered the most complex of its kind in Germany, is setting the foundation for integrating UAS into controlled airspace.
As advancements in electric and hydrogen-powered aircraft, as well as urban air mobility, continue to reshape airspace use across Europe, BLU-Space is focused on ensuring these technologies can be incorporated safely and seamlessly. The project employs real-world testing to create a model for drone operations in urban settings while meeting high safety and efficiency standards.
MyDefence’s role in the initiative
MyDefence is contributing its expertise in drone tracking sensor technology to enhance airspace awareness and coordination. By participating in BLU-Space, the company aims to support the secure integration of unmanned aircraft into complex environments such as the Hamburg Harbour area.
“The BLU-Space project is a pivotal step toward integrating drones safely and efficiently into our airspace. As U-Space and UTM systems evolve, advanced sensor technologies will be crucial for airspace awareness and coordination,” said Christian Clemmensen Møller, Business Development Director at MyDefence.
The project brings together air traffic data from multiple sources and platforms under real-world conditions for the first time. Field tests and practical evaluations are being conducted to refine airspace coordination and establish clear operational guidelines for regulatory authorities such as law enforcement and air traffic control. The ultimate goal is to create structured U-Space airspace designations across Germany and beyond.
Collaboration with industry
BLU-Space is a collaborative effort led by Hamburg Aviation e.V., featuring key stakeholders including The Free and Hanseatic City of Hamburg, Deutsche Flugsicherung GmbH, HHLA Sky Hamburg, Hamburg Port Authority AöR and Karl Koerschulte GmbH. Together, these partners are working to develop a structured and scalable framework for UAS operations in urban settings.
