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On December 14, 2020, Large Space Structures GmbH signed a contract to deliver a set of Large Deployable Reflectors (LDRs) for the Copernicus Imaging Microwave Radiometer...
Thanks to the dedicated work of partners (HPS, vH&S, INEGI, FHP, RUAG and TICRA amongst other) and its internal team, Large Space Structures GmbH celebrates...
A deployable CubeSat antenna using origami techniques was tested at Thales Alenia Space facilities in Toulouse, France. Operating at 30 GHz (Ka-band), the 41dB antenna...
This news posting is written by esa.int This prototype 2.6-m diameter metal-mesh antenna reflector represents a big step forward for the European space sector: versions can...
LSS has been awarded the project DRAC (Deployable Reflector Antenna for CubeSat). The objective of the project is to develop and demonstrate 1m to 3m...
OriFlex® (origami folding of flexible reflective surface FlexRS®) is a proprietary technology of Large Space Structures GmbH for deployable reflectors based on our FlexRS® family...
LSS signs contract to deliver Large Deployable Reflector for the CIMR mission
On December 14, 2020, Large Space Structures GmbH signed a contract to deliver a set of Large Deployable Reflectors (LDRs) for the Copernicus Imaging Microwave Radiometer CIMR mission, the newest addition to the European Space Agency Copernicus program. This follows closely the signature of the mission contract by Thales Alenia Space with the European
Large Deployable Reflector Ready for Testing
Thanks to the dedicated work of partners (HPS, vH&S, INEGI, FHP, RUAG and TICRA amongst other) and its internal team, Large Space Structures GmbH celebrates today a major milestone achievement: the completion of the Design, Analysis, Manufacturing, Assembly and Integration of a X-band Large Deployable Reflector (LDR). Radiofrequency tests to
Successful RF Testing of Origami CubeSat Antenna
A deployable CubeSat antenna using origami techniques was tested at Thales Alenia Space facilities in Toulouse, France. Operating at 30 GHz (Ka-band), the 41dB antenna is exceptionally small and light, weighting only 600 g and folding into a cylinder of 100 mm diameter and 130 mm in height, while preserving
