C3S has been chosen as prime contractor for Flotta, a mission by the European Space Agency (ESA) to develop a brand new 50-150 kg microsatellite platform and the manufacturing structure required for repeatable, manufacturing and deployment on the scale of huge constellations with greater than 100 satellites.
Flotta addresses two key challenges of huge satellite tv for pc constellations: producing spacecraft effectively at considerably increased volumes whereas assembly more and more stringent house particles mitigation necessities.
The mission will develop the spacecraft construction and core avionics along with a producing strategy designed for sequence manufacturing.
Manufacturability, integration, testing and deployment might be thought of from the outset to allow programmes involving a whole lot of spacecrafts with out compromising reliability.
Gyula Horváth, CEO and proprietor of C3S, stated: “The problem with Flotta is to design the spacecraft, its manufacturing system and its deployment idea for a essentially completely different scale.
“At volumes of a whole lot, manufacturability, integration and testing should be designed into the platform from the start.
“The hundredth spacecraft has to satisfy the identical requirements as the primary. For C3S, Flotta is about turning greater than a decade of spacecraft engineering expertise right into a platform structure constructed for constellation-scale manufacturing and deployment.
“This functionality will allow C3S to doubtlessly provide spacecraft for programmes equivalent to IRIS² and different constellation-based missions.”
Area particles compliance is a core requirement of Flotta. The design will deal with dependable end-of-life deorbiting and passivation, demisability, trackability and collision avoidance in step with ESA house particles necessities.
The exercise is carried out below the Industrial Competitiveness programme, inside ESA’s Superior Analysis in Telecommunications Methods (ARTES) programme.
C3S, which is a Hungarian firm, leads the mission from system necessities and structure by way of detailed design, implementation and verification. HPS participates as a subcontractor, contributing experience in deployable antenna options.
