Customers and Partners
SpaceTech has established itself as a recognized company for high quality products in the field of terrestrial environmental monitoring systems and spacecraft missions, systems and services. This is best expressed by the list of satisfied customers, domestically and worldwide.
German Aerospace Center (DLR)
In the course of the company’s history a prolific and continuous cooperation with our domestic space customer has been established starting with SpaceTech’s role in the German Lunar Exploration Orbiter (LEO) mission in the phases 0 and A. SpaceTech successfully demonstrated the feasibility of lunar gravity and magnetic field measurements and provided a technical concept based on two small satellites flying in close configuration.
For the German in-orbit servicing demonstration mission DEOS SpaceTech signed responsible for the Phase A feasibility study performed under the aegis of DLR leading a team of small German companies and university institutes. To demonstrate the feasibility of the challenging mission goals SpaceTech developed an overall mission strategy, defined rendezvous and capturing scenarios, established an experiment plan and conceptually defined the servicing and the to-be-serviced spacecraft. In the follow-on Phase B SpaceTech was responsible for the preliminary design of the Client spacecraft platform under direct DLR contract, several system prime level work packages in the OHB team as well as for the docking/berthing mechanism in the Kayser-Threde team.
German Research Centre for GeoSciences (GFZ)
The German Research Centre for GeoSciences (Deutsches GeoForschungsZentrum, GFZ) Potsdam has been one of the first SpaceTech customers for various terrestrial and space related projects and activities, among others EnMAP, Grace Follow-On and the German-Indonesian Tsunami Warning Systems (GITEWS).
European Space Agency (ESA)
As part of an integrated system team with OHB Technology, SpaceTech signed responsible for satellite configuration, environmental requirements definition, mechanical/thermal payload interfaces and system budgets of the ESA Sentinel-5 Precursor (S5p) program in the Phase A/B1. In addition SpaceTech was in charge of the subsystems structure, thermal control, electrical power and harness.
Carbospacetech (CST) is daughter company to SpaceTech and partner for all carbon fibre reinforced products needed for space missions. CST designs and manufactures innovative, ultra-leight-weight carbon parts, such as beams, antennas and struts with filament winding technique as well as carbon substrates for solar panels with fast and precise automated laydown.
neonsee is daughter company to SpaceTech and partner for solar simulation testing needed for space missions, such as thermal balance. neonsee designs, manufactures and distributes cutting-edge illumination systems for the testing of photovoltaic, automotive, aerospace and life science components under simulated sunlight.
Being the first export customer, AeroAstro Japan in 2004 ordered an international launcher market survey to be provided by SpaceTech.
Continuing the successful cooperation in the core team for the Lunar Exploration Orbiter (LEO) phases 0 and A, SpaceTech consolidated its business relationship with Airbus (formerly EADS Astrium) sites in Germany for projects like the Lander Demonstrator, Next Lunar Lander and the GRACE follow-on mission.
In 2012 SpaceTech has been selected to provide the Deployable Solar Array Panels (DSAPs) for the ESA Sentinel-5 Precursor (S5p) Mission to Airbus (formerly Astrium U.K. Ltd.) The delivery of the system consisting of three flight panels and associated deployment mechanisms is foreseen for the end of 2013.
Korea Aerospace Research Institute (KARI)
Based on long-standing and trustful relationship of SpaceTech personnel with the Korean space agency in the KompSat-2 program, this successful cooperation has been continued through SpaceTech's contracts for the KompSat-3 program, as well. The KompSat-3 solar array deployment mechanism ordered by Korean Air for KARI has been developed, successfully tested and delivered to Korea in 2008. In parallel, SpaceTech provided system engineering consultancy for the power system of this space system to KARI, as well.
Under contract of the company Korean Air, SpaceTech developed the solar array deployment mechanisms for the KompSat-3 spacecraft with the Korea Aerospace Research Institute as final customer. The mechanism flight units have been delivered to Korea in 2008. On May 18, 2012, KompSat-3 has been launched and the solar array panels have been succesfully deployed thus allowing a smoothful kick-start of the satellite mission.
Korean Telekom Submarine (KTS)
KTS is SpaceTech's partner in the Asian region for cable monitoring sensor systems with sea cable connections from the sensor to a land based monitoring station. Route survey, permits services, cable laying engineering expertise and cable deployment services are the domain of operation.
National Space Organisation (NSPO)
SpaceTech is supporting the Taiwanese space agency NSPO in the definition and development of its earth observation space program FORMOSAT-5 (former Argo) by providing mission and system level consultancy as well as executing world-wide procurement for essential satellite platform hardware.
OHB CGS S.p.A.
In this overall program context, SpaceTech delivered GPS receiver modules for the implementation into the on-board computer to be developed by CGS.
The cooperation with OHB started with SpaceTech contributing to the SWARM proposal in 2004. In the DEOS Phase B study SpaceTech took part in the DEOS system engineering team lead by OHB. In addition, SpaceTech has supported OHB in the preparation of the MSG proposal and the implementation of the MTG platform in the areas of power engineering and software.
The cargo / logistic company Polet investigates a novel satellite launch system using an Antonov-124 aircraft as carrier. SpaceTech supports Polet in the areas of business development, satellite interfaces and marketing activities.
Seismic Operation Centre (SOC) Yemen
In 2008 SpaceTech delivered and installed the Yemen Seismic Sensor Station (YESS) connected with the control centre by a VSAT real time communication system. The station measurement system is based on the GEOPHON station concept of the GeoForschungszentrum (GFZ) in Potsdam.