![]() EUSPA (the EU Agency for the Space Programme) acts as the service provider of Galileo, overseeing the market and application needs and closing the loop with users. Since its inception, ESA has been leading the design and development of the space and ground systems, as well as procuring launches. Galileo is a flagship programmes of the EU Space Programme, managed and funded by the European Union. In addition, Galileo is making a difference across the fields of rail and maritime transportation, agriculture, financial timing services and rescue operations. Galileo spacecraft flexible mode characteristics AIAA PAPER 84-1965 p 27. All smartphones sold in the European Single Market are now guaranteed Galileo-enabled. SPACECRAFT Control of an orbiting flexible square platform in the presence. Galileo is currently the world’s most precise satellite navigation system, serving close to four billion users around the globe. It has been a privilege to work on, alongside the European Commission, EUSPA and our many industrial and academic partners across our continent - and the best is yet to come.” Javier Benedicto concludes: “Galileo has delivered added value to worldwide users and sovereignty to Europe in the crucial sector of satellite navigation, which has grown into the single largest downstream space market, underpinning many elements of the European economy. ![]() Javier Benedicto adds: "It really took the combination of technical and political impulses of respectively ESA and the European Union to make Galileo a reality, including the setting up of what would later become EUSPA, the European Union Agency for the Space Programme, which is tasked with operating the system and forging the all-important link to users and the marketplace.” This early work took place already in close partnership with Eurocontrol, the European Organisation for the Safety of Air Navigation, the European Commission and European air traffic services providers. The orbiter is an innovative dual-spin design. ![]() Already in 1993, ESA started its first programme towards the conception of European satellite navigation infrastructure, consisting of two phases, GNSS-1 which later became EGNOS, and GNSS-2 which later became Galileo. The Galileo orbiter, built at JPL, combines features of spinner spacecraft (the Pioneers and Ulysses) and three-axis stabilized spacecraft (the Voyagers). It had taken years of steady effort to reach this point. But the essential step to demonstrate that the Galileo system actually performed as planned was to try it out for real – and this was the first time we could do that.”Įuropean partnership makes Galileo a reality “Of course, the workings of the system had been exhaustively modelled and simulated.
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