NetSat is to demonstrate for the first time the self-organization of several satellites in three-dimensional space within the framework of a formation in orbit. To this end, important new technologies for formation control and coordination are being researched. This will then open up innovative perspectives for future sensor networks in space for Earth observation, such as three-dimensional images of the Earth’s surface and computer tomography methods for looking inside clouds.
Prof. Dr. Klaus Schilling (Univ. Würzburg) received this highest valued European research award for individual scientists from the European Research Council in 2012 and realized this pioneering research at ZfT as host institution, owing to its outstanding test environment for multi-satellite systems.
As part of NetSat, four Cubesats (with a mass of only 4 kg) were developed with the necessary miniaturized subsystems to allow operations in the form of a self-organizing formation; examples include advanced systems for attitude determination and control, orbit determination, telecommunication, electrical propulsion for orbit control and formation maintenance, in particular also distributed, adaptive control systems related to self-organisation in orbit. This mission realizes, for the first time worldwide, a formation flight of satellites in a three-dimensional configuration. This enables potential innovative future applications in Earth observation.
Video Formationsflug 1: Transfer from Cartwheel 3:1 to Cartwheel Helix Formation
Video Formationsflug 2: Transfer from Tetrahedron to Cartwheel 3:1 Formation
Wueconomics Podcast: Disruptive satellite technologies & internet of space
Munich Aerospace: Kleine, vernetzte, kooperierende Satelliten (in German)
Skoltech Colloquium: Small Satellite Formations with Prof Schilling (English)
Bayerischer Rundfunk Hörfunk Bayern Plus: NetSat-Kleinst-Satelliten zur Klimaerforschung (in German)
Aerospace - Spotlight on ERC projects: Satellites: small is beautiful
EU Horizons Magazine: Fleets of autonomous satellites to coordinate tasks among themselves
Research*eu Magazines: Advancing the feasibility of self-organising small satellite formations
VDI-Nachrichten 18.5.2020 Satelliten im Formationsflug
Wirtschaft in Mainfranken, August 2020 Innovative Sensornetze in 600 Kilometer Höhe
Elektroniknet 26.05.2020: Sensor networks of satellites
Lehrstuhl für Robotik und Telematik
This project was funded by the European Research Council (ERC) Advanced Grant. Link to EU page.
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