NEWS
Since it has been set to LEO on 17 August 2021, RadCube operates well. On the platform developed by C3S LLC, every operation went according to the plans: solar wings have opened, the boom has been deployed, and at the end of the multistep commissioning phase, RadMag...
Predicting the space environment is vital while designing a satellite, knowing hot or cold the components will get while in space in either direct sunlight or facing the dark space is a complicated task. Today our thermal engineers Zsolt Péterbencze and Tamás Henczi...
After many important mission milestones, our 3U CubeSat RadCube steadily operates with its cutting-edge subsystems. Approaching the end phase of the commissioning schedule, today we run a health check on the primary payload RadMag. Fingers crossed for Energiatudományi...
Our RadCube satellite has been flawlessly operating for 8 days now. For the last days, we have continuously inspected the platform’s operation round-by-round. The downlinked telemetry data shows that the solar panels have opened, MPPTs are properly charging the...
On the 17th of August 2021, at 03:47 CEST, C3S’s 3U-sized satellite platform was successfully launched into Low Earth Orbit. Since the launch by Arianespace Vega VV19 rocket we were able to establish a connection with Radcube, so a little time after the separation, we...
On the 17th of August, 2021 C3S’s 3U platform will be launched. The spacecraft, that was born under the European Space Agency (ESA) General Support Technology Programme’s (GSTP) RadCube mission, is the first industrial satellite being built in Hungary, and so far, the...
C3S LLC is developing DCDC converter for large satellite electronics. Beside its ongoing smallsat projects, within the framework of ESA HU-IIS project, the company proves its reliability and relevance as a subcontractor in the large satellite supplier chain. Recently,...
University projects? IOD? Space service? A lot of payload providers turn to HOSTmi’s matchmaking platform. For those who are interested, the site offers multiple solutions based on mission parameters.
NASA’s editor team reached out to us again this year, to introduce the improvements of innovative CubeSat structures previously shortlisted in their original study. We were honored to present the upgraded version of our structure, that uses backplane PCB for bus communication which is intended to provide independent assembly order, simplifies the stack-up tolerances, and uses space graded interface connectors.
Every year, the publication introducing the representatives of the Hungarian space sector gets more and more extensive. C3S welcomes newcomers in the industrial, as well as in the research area.