posted on 2020-07-13, 15:12authored byChristopher J. Gaffney, Roberta Torregrossa, Colleen S. Deane, Matt Whiteman, Timothy Etheridge, Ramon Nartallo, Gianluca Neri, David Zolesi, Rebecca A. Ellwood, Michael Cooke, Nima Gharahdaghi, Mathew Piasecki, Bethan Phillips, Nathaniel J. Szewczyk
<div>School students in the US have the ability to</div><div>commercially fly experiments on-board the International Space</div><div>Station (ISS) via programmes like the Nanoracks sponsored</div><div>Student Spaceflight Experiment Program (SSEP). Programs like</div><div>SSEP do allow international schools to participate but similar</div><div>programmes do not currently exist within the European Space</div><div>Agency (ESA). ESA does, however, support commercial access to</div><div>space via companies like Airbus and Kayser Italia. A key principle</div><div>of SSEP is that students propose to fly experiments that will work</div><div>within existing spaceflight hardware. This is similar to the idea of</div><div>using standardized CubeSat platforms in education and ESA’s</div><div>long-standing use of standardized Experiment Containers (ECs).</div><div>These ECs form the starting point for Airbus and Kayser Italia’s</div><div>commercial access programmes. In 2018 we were selected by the</div><div>UK Space Agency to develop and fly a UK national payload to the</div><div>ISS. This payload will conduct scientific experiments proposed by</div><div>ourselves, international partners, and schools in the UK. All</div><div>experiments will take place inside ECs that are refurbished, and</div><div>flight qualified in the UK. If we can successfully conduct student</div><div>experiments during this mission, we will have demonstrated the</div><div>possibility of conducting UK student experiments in space via a</div><div>UK company. This should pave the way for UK-based commercial</div><div>access to the ISS that could be used by schools much like the US</div><div>based SSEP.</div>