RadCube will be launched on the 17th of August, 2021

Aug 11, 2021

NEWS

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 largest as well. The in-house developed, high-reliability nanosatellite that is equipped with redundant subsystems will be sent into Low Earth Orbit.

The RadCube mission, created with the aim of technological demonstration, is carried out in the frame of an international consortium, which is led by C3S as the prime contractor, by the commission of ESA. The Centre for Energy Research, a subcontractor of this project, is responsible for the development of a space radiation measuring device placed inside a space weather monitoring equipment, which will serve as the payload on-board the platform. Further subcontractors are the Imperial College of London, developing the magnetometer and the Polish Astronika.  The European Space Agency, being the customer in this project, also provides the secondary payload.

The satellite will be launched in Kourou, French Guiana, from the Guiana Space Center with the coordination of Arianespace. During the mission SAB Launch Services Srl serves as the launch partner, while the satellite will travel on-board the VEGA VV19 European spacecraft. ESA is contracted for a half-year operation of the satellite; however, this lifetime will be greatly exceeded by the C3S-developed platform.

For the latest news regarding the launch, please visit C3S’s Facebook page: https://www.facebook.com/c3sspace

RadCube has been operating flawlessly since launch

RadCube has been operating flawlessly since launch

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...

read more
RadCube was successfully launched

RadCube was successfully launched

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...

read more
Our unique CubeSat structure is featured in NASA’s „State of the Art of Small Spacecraft Technology” study

Our unique CubeSat structure is featured in NASA’s „State of the Art of Small Spacecraft Technology” study

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.

read more
Hungarian Space Caleidoscope 2020

Hungarian Space Caleidoscope 2020

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.

read more
Space Tech expo moved to the online space

Space Tech expo moved to the online space

Since the foundation of C3S we participated every year in the most prominent event of the European space industry, namely the Space Tech Expo. This year the event along with our booth moved to the online space.

read more
RADCUBE launch date announcement

RADCUBE launch date announcement

We are happy to announce that Gyula Horváth, C3S LLC CEO and Marco Mariani, SAB Launch Services Srl. CEO signed the agreement on the launch of C3S’s 3U CubeSat on a VEGA VV19 in spring of next year.

read more
HERMES PDR successfully closed

HERMES PDR successfully closed

HERMES (High Energy Rapid Modular Ensemble of Satellites) Scientific Pathfinder (HERMES-SP) is a mission concept based on a constellation of nano-satellites in low Earth orbit (LEO), hosting new miniaturized detectors to probe the X-ray temporal emission of bright high-energy transients such as Gamma-Ray Bursts (GRB) and the electromagnetic counterparts of Gravitational Wave Events (GWE).

read more