CubeSat technology has recently attracted great interest from the scientific community,
industry and space agencies, and represents today an exciting movement towards a more …

Abstract The second Radio Aurora Explorer satellite, RAX-2, is a triple CubeSat studying the
formation of plasma irregularities in Earth's ionosphere. The spacecraft was developed …

The primary objective of the Radio Aurora Explorer mission is to study plasma instabilities
that lead to magnetic field aligned irregularities of electron density in the lower polar …

Two algorithms that coordinate activities across a resource-constrained, Earth-observing
CubeSat constellation are presented. The Resource-Aware SmallSat Planner algorithm …

Since the development of the CubeSat standard, the number of nanosatellites developed by
universities, federal agencies and commercial companies has greatly increased as well as …

After a decade of experimental nanosatellite projects, the past few years have seen a
growing trend of utilizing nanosatellites in more complex scientific and commercial missions …

Over the past years many low cost ground stations were established in the scope of small
satellite missions. In this context low cost means, that they are mainly composed of …

The Micro-sized Microwave Atmospheric Satellite (MicroMAS) is a dual-spinning 3U
CubeSat equipped with a passive microwave spectrometer that operated nine channels …

Abstract The Radio Aurora Explorer (RAX) is a CubeSat that was developed to study space
weather in Earth׳ s ionosphere. The scientific payload is a bistatic radar system in which an …

We present an optimization approach to CubeSat avionics design which considers the
consumption of some resources (electrical power, volume) and production of others …