In many cases composite structures must be designed as a trade-off between functionality, performance & manufacturability, where the deep know-how of the manufacturing process is necessary. This is recognized by Danish DACOMA contracting SCSDK to co-develop structure for AIRKEEL, DACOMA’s unique Wave Damping System.
Space Composite Structures DENMARK proudly announces yet a new contract signature as part of European consortia led by SENER AEROSPACE and contracted by European Space Agency to conduct study on Compact Deployable Antennas. SCSDK’s deliveries relate to development and manufacturing of the antenna structure.
We are looking for a new colleague to strengthen our Finite Element Analysis capabilities Become a SPACE ENGINEER!!! Space Composite Structures DENMARK is a tech & innovation company within the field of composite structures for Space applications. We develop, manufacture & verify composite structures for many types of space vessels. The company is financially stable and is acting on the world-wide market with great potential for growth and development. Now we are experiencing a significant order intake and therefore we are looking for a new colleague to help us continue building a solid foundation for continuous growth. Background Degree in Read more…
We are proud to annonce the new contract with European Space Agency “Consolidation of High Performance CFRP Struts” with aim of bringing SCSDK 100% CFRP Black Struts to TRL7 from current TRL5 and enabling SCSDK to offer a unique and affordable product to satellite and systems builders across the globe
TICRA has been selected by ESA to develop a flight representative reflectarray for CubeSat applications. And now we have been selected by TICRA, who now is on of our collaborating partners. CubeSats, which are small satellites, have seen a significant growth over the past decade and have emerged as a viable complement to traditional large satellite technology for many applications.
SCSDK has been contracted by AIRBUS SAS for development, manufacturing & test of +120 pcs. different instrument mock-ups representing the actual equipment in mechanical and thermal performance, for METOP SECOND GENERATION mission. Especially thermal performance is crucial as both active and passive thermal control is part of the needed design
Earlier this year SCSDK signed the contract with Portuguese LUSOSPACE on design, development and manufacturing og several MGSE items including trolleys and handling equipment. Current status on the project is that SCSDK design has been submitted to the CDR and expecting entering production phase Q1 2020
Would you like to be a part of the SCSDK-team? We are expanding and looking for two new colleagues. We are seeking mechanical engineers or equivalent to build a solid platform for continued expansion at SCSDK. Do you have experience with composite structures, CAD drawing and a flair for craftsmanship then go check out the job advert at Jobindex.
At SCSDK we are proud to announce our new contract with ARIEL (Atmospheric Remote-sensing Exoplanet Large-survey). ARIEL is one of the three candidate missions selected by the European Space Agency (ESA) for its next medium-class science mission due for launch in 2028. The goal of the ARIEL mission is to investigate the atmospheres of several hundreds planets orbiting distant stars in order to address the fundamental questions on how planetary systems form and evolve.
SCSDK recently signed a new exciting contract with WattsUp Power. For several years WattsUp Power has developed advanced technology consisting of a flywheel functioning as a mechanical battery that stores kinetic energy in a rotating mass, there is a great potential for knowledge sharing of energy efficient and high-performance solutions.