GAUSS participates in the 10th International Workshop and Advanced School “Spaceflight Dynamics and Control” on March 16-18, 2016, at the Faculty of Engineering of the University of Beira Interior, in Covilhã, Portugal. Organized by the Centre for Mechanical and Aerospace Sciences and Technologies of the University of Beira Interior, in collaboration with the Faculty of Science of […]
Solar panels are the preferred energy generation equipment available for Small Satellites. The solar panels GAUSS Srl uses for its Small Satellites are manufactured by the partner company DHV Technology, expert in the field of solar panels suitable for small-sized satellites and customizable according to the satellites structure. All GAUSS Products (Structure, etc.) are compatible with […]
GAUSS Srl is active in the aerospace industry and has a long experience in designing, manufacturing and releasing satellites of small size (under 50 kg). In particular, the Company is specialized in: Microsatellites (the UniSat series) CubeSats PocketQubes Deployers for Cubesats & PocketQubes Our team is able to provide all necessary information related to the satellite project, […]
One year has passed since the successful launch of UniSat-6 into space: UniSat-6 rocketed into orbit on 19th of June 2014 from the Yasny launch site onboard a Dnepr-1 rocket. Since then, the satellite is keeping on its adventure in space, while enduring its communication with the GAUSS ground station in Rome. UniSat-6 in figures To date, UniSat-6 […]
The first UNISAT satellites were developed by GAUSS Group from Scuola di Ingegneria Aerospaziale of Rome. The UNISAT (University Satellite) program as part of the space research projects of GAUSS Group started in 1990 and finished in 2012 with the launch of UNICUBESAT-GG. In 2012 the company G.A.U.S.S. Srl was founded and from there onwards it has continued launching […]
Gearing up for UNISAT-7 mission! GAUSS Srl is preparing the launch of its new Small-Sat mission, UNISAT-7, an octagonal-shaped satellite platform. It will be released into a Sun Synchronous orbit, and it will automatically release CubeSats and PocketQubes, before beginning its research mission. The mission is based on four fundamental elements: UNISAT-7 satellite will […]
