The MARS2 project is a national project investigating unique technology, production capability, and products to enable high-bandwidth communication applications for small satellites.

During the last years, the technological focus has shifted from the use of few, large, and very expensive satellites to more dynamic networks of small and cheap nanosatellites with the size of a shoebox. Researchers from Aalborg University have, therefore, set out to develop a technology that enables the nanosatellites to have antennas whose radiation can be dynamically controlled.

A TECHNOLOGY PUSH

The aim of the MARS2 project is to provide a technology push by gaining leverage from advances in high-frequency (10-40GHz) technology, to realize innovative antenna systems and radio-frequency circuits.

An additional aim of the project is to achieve a small-satellite platform with an unprecedented level of modularity, specifically to reduce time-to-market and development cost. In doing so, the project directly targets a central element in the value chain, which is cost-efficient realization of product flexibility.

AN INNOVATION FUND DENMARK PROJECT

A range of researchers from Aalborg University is involved in the project together with the Danish companies GomSpace and Pri-Dana Elektronik.

Pri-Dana Elektronik contributes with advanced print production and smart manufacturing, while GomSpace, Europe's largest manufacturer of nanosatellites, ensures that the project results covers the most important needs in the market and can be quickly translated into products and growth.

Innovation Fund Denmark has supported the project with DKK 27,8 mio.