The European airspace above FL550 is becoming a crowded highway for everything from high-altitude drones to suborbital spacecraft, and today’s air traffic control systems cannot handle them. Today’s air traffic management was designed for commercial jets cruising at lower altitudes. New vehicles—high-altitude platform systems, supersonic and hypersonic aircraft, and space launch vehicles—operate far above this, with vastly different speeds, flight paths, and safety needs. Without new procedures and tools, integrating these operations risks congestion, delays, and safety gaps. ECHO-2 builds on an earlier concept of operations to develop three concrete solutions: a real-time monitoring module for the European network manager to track space launches and manage crises; a procedural package for integrating high-altitude platform systems; and a separate package for supersonic, hypersonic, and suborbital vehicles. If successful, the project will deliver validated solutions at a high level of technical readiness, ready for rapid, harmonised implementation across Europe. This could quietly reshape how airspace works—enabling routine commercial supersonic flight, persistent communications from stratospheric drones, and safer, more predictable space launches—without passengers or operators ever noticing the complexity beneath the sky.
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The European airspace above FL550 is expected to become an area where operations will significantly expand as a result of increased new entrants presence representing both aviation and space domains, with estimated business values in the order of billions of euros per year. The European Air Traffic Management (ATM) system, including ATC’s operational procedures and systems, needs modernization and adaptation to allow seamless integration of Higher Altitude Operations (HAO) because of vastly different characteristics of vehicles and associated operational, safety and performance requirements. ECHO-2 will build on the deliverables of the ECHO (European Concept of Higher airspace Operations) project, starting from the Concept of Operations, to propose validated solutions paving the way towards the operational integration of HAO in ATM, on three directions: - Space Launch Real Time Monitoring Module and associated working station for the European ATM Network Manager for increased situational awareness at Network level, supporting Air Traffic Flow Management as well as crisis and contingency management. - Procedural Package covering specific ground and air-ground operational integration issues (including for communications, navigation and surveillance means) associated with the integration of High-Altitude Platform Systems (HAPS) operations into ATM - Procedural Package covering specific ground and air-ground operational integration issues (including for communications, navigation and surveillance means) associated with the integration of supersonic, hypersonic and suborbital vehicles operationsinto ATM. These solutions will propose all the elements needed by the European ATM Network operational stakeholders for a rapid, harmonized and cost-effective implementation of a European approach towards the integration between ATM and HAO, at TRL6 maturity. They will also include assessments of potential specific related standardization and regulatory activities.
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