Navigating Geo-Zones: Building the Future of Drone Routes in Designing optimal

Navigating Geo-Zones: Building the Future of Drone Routes in Designing optimal drone flight corridors is not just about connecting two points—it’s about doing so safely, efficiently, and in full compliance with airspace regulations. In Cyprus, the Department of Civil Aviation has established precise geo-zone rules, especially around airports. Zone A near and is a complete no-fly zone , while Zone B allows restricted operations with altitude limits and additional conditions. These boundaries are essential for protecting manned aircraft operations, but create a complex puzzle for anyone planning drone routes.Within our collaboration with the Department of Civil Aviation, we are tackling this challenge head-on—mapping geo-zones , analyzing stakeholder needs, and using advanced planning tools to propose the safest and most suitable corridors for UAS operations.This is about more than compliance—it’s about building an operational framework where drones can serve logistics, inspections, emergency response, and environmental monitoring without ever compromising safety. The sky is open for innovation—provided we chart the right course. EUSOME Project partners :KIOS Research and Innovation Center of Excellence, Hellenic U-space Institute, Athena Research Center, Hellenic Ministry of Digital Governance, Cyprus Ministry of Transport, Communications and Works, Hellenic Drones S.A., Hellenic Civil Aviation Authority, Aviomania Aircraft, GRNET - Greek Research & Technology Network, Cyprus Chamber of Commerce & Industry, Adrestia R&D, Centrum Badań Kosmicznych Polskiej Akademii Nauk, SocialTech Lab, Institute Mihajlo Pupin, EPIRUS - Perifereia Ipeirou, and Mediterranean Adventure Ltd. ``

Source: EUSOME Project on LinkedIn