Up to recently, a spaceport was an institutional investment, to serve the needs of limited guaranteed access to space.
But today the whole space economy is gigantic. It is an inverted pyramid, with tens of thousands of space-based services, thousands of satellites, tens of launchers, and just few spaceports…
At our core, we are bold thinkers and humble builders. We combine sharp minds with hands-on action, embracing curiosity, humor, and self-reflection. Together, we push boundaries while staying grounded, collaborative, and human.
Above all, we are architects. We create innovative concepts before scaling them through complex industrial projects. Join us to push the boundaries of what’s possible in the ground systems for space launchers.
The field is the best teacher. Our team is made up of independent professionals, curious to explore multiple areas of engineering and business life. No initiative is ever discouraged.
We don’t take ourselves too seriously. Expect plenty of self-mockery and absurd humor in our multicultural team. And yes, afterworks are the secret ingredient to our good vibes.
Boasting is not welcome here. We let our achievements speak for themselves and dedicate our energy to the work. Self-reflection and a flat, collaborative structure guide our decisions.
Christian Canart founded SpaceDreams after a 21-year career dedicated to ground infrastructures for the Ariane 5 and Ariane 6 programs at the Guiana Space Centre. He was notably responsible for ground systems studies in French Guiana for the Ariane 6 preliminary design phase and served as project manager for the development of the control-command systems of this launcher.
Christian was soon joined by an experienced system engineer in ground systems, as well as new talents who had worked on the ground segment of NewSpace launchers in Germany.
As its first project, the company developed a control-command test bench in partnership with Latitude to support the hot-fire test campaign of Navier in SaxaVord.
SpaceDreams was awarded funding by Bpifrance to develop the TwinPad, its digital twin of a launch complex, as well as the LoxBox, its modular and mobile liquid oxygen system. The company also joined a Horizon Europe consortium as the technical architect to develop a full testing facility for NewSpace rocket engines.
We successfully industrialized the first cryogenic, modular, and mobile ground system designed to equip multi-launcher pads and test facilities.
Following the success of the LoxBox, we were again awarded government support to develop a new component of our ground systems, this time for methane processes.
As part of the Loxkit project, we equipped a DGA EM test bench with our LoxBox, launcher mock-up, and control-command system (TwinPad) to successfully conduct multiple tests of HyPrSpace’s rocket engine.
HyPrSpace entrusted us with the design and development of their launch pad for the first suborbital launch at a DGA site, as well as for their orbital test flight.
We initiated a fruitful collaboration with Maiaspace, taking responsibility for developing the methane process of their launch pad located in the former Soyuz area in French Guiana.
At the International Paris Air Show in Le Bourget, we established a collaboration with Sirius to develop the launch pad for their first Sirius 1 and Sirius 13 flights.
SpaceDreams will lead preliminary studies and design phase for the development of a multi-launcher test facility for very high-thrust engines
Stay tuned !
Christian Canart founded SpaceDreams after a 21-year career dedicated to ground infrastructures for the Ariane 5 and Ariane 6 programs at the Guiana Space Centre. He was notably responsible for ground systems studies in French Guiana for the Ariane 6 preliminary design phase and served as project manager for the development of the control-command systems of this launcher.
Christian was soon joined by an experienced system engineer in ground systems, as well as new talents who had worked on the ground segment of NewSpace launchers in Germany.
As its first project, the company developed a control-command test bench in partnership with Latitude to support the hot-fire test campaign of Navier in SaxaVord.
SpaceDreams was awarded funding by Bpifrance to develop the TwinPad, its digital twin of a launch complex, as well as the LoxBox, its modular and mobile liquid oxygen system. The company also joined a Horizon Europe consortium as the technical architect to develop a full testing facility for NewSpace rocket engines.
We successfully industrialized the first cryogenic, modular, and mobile ground system designed to equip multi-launcher pads and test facilities.
Following the success of the LoxBox, we were again awarded government support to develop a new component of our ground systems, this time for methane processes.
As part of the Loxkit project, we equipped a DGA EM test bench with our LoxBox, launcher mock-up, and control-command system (TwinPad) to successfully conduct multiple tests of HyPrSpace’s rocket engine.
HyPrSpace entrusted us with the design and development of their launch pad for the first suborbital launch at a DGA site, as well as for their orbital test flight.
We initiated a fruitful collaboration with Maiaspace, taking responsibility for developing the methane process of their launch pad located in the former Soyuz area in French Guiana.
At the International Paris Air Show in Le Bourget, we established a collaboration with Sirius to develop the launch pad for their first Sirius 1 and Sirius 13 flights.
SpaceDreams will lead preliminary studies and design phase for the development of a multi-launcher test facility for very high-thrust engines
Stay tuned !
