| Article ID | Journal | Published Year | Pages | File Type | 
|---|---|---|---|---|
| 10680764 | Acta Astronautica | 2014 | 10 Pages | 
Abstract
												SSETO is the result of a phase-A study in context of the small satellite program of the University of Stuttgart that demonstrates the capability of a university institute to build a small satellite with a budget of 5 million Euro. The satellite will be capable of observing exoplanets in a Neptune-Earth scale and obtaining data of interstellar dust. Due to a system failure of NASA׳s Kepler mission, there is currently (October 2013) a lack of satellites searching for exoplanets. This paper details the design of subsystems and payload, as well as the required test tasks in accordance with the mission profile at a conceptional level. The costs for standard spacecraft testing and integration tasks are included, but not those of launch, ground support, operations and engineer working hours.
											Keywords
												
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													Physical Sciences and Engineering
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											Authors
												Johannes Mathies, Steffen Mauceri, Lukas Pfeiffer, Marco Vietze, Hans-Peter Roeser, Felix Boehringer, Michael Lengowski, 
											