MOVE Publications

[Download] Oikonomidou, X & Karagiannis, E & Still, D & Strasser, F & Firmbach, F S & Hettwer J & Schweinfurth, A G & Pucknus, P & Menekay, D & You, T & Vovk, M & Weber, S & Zhu, Z. (2022) MOVE-III: A CubeSat for the detection of sub-millimetre space debris and meteoroids in Low Earth Orbit.

[Download] Volk, L & Borrek, R & Zischka, N & Koch, J & Sharma, I & Nardini, M & Holl, L & Gruber, S & Schummer, F & Kiesbye, J & Messmann, D & Lülf, M. (2022) New Results and Lessons Learned from the MOVE-II and MOVE-IIb CubeSats.

[Download] Piotrowski, N (2022) Implementation and Characterization of Commercial Off-The-Shelf Inertial Measurement Units for the Attitude Determination System of the MOVE-III CubeSat.

[Download]Lill, A & Messmann, D & Langer, M. (2017). Agile Software Development for Space Applications.

[Download]Appel, N & Kimpe, A & Kraus, K & Langer, M & Losekamm, M & Milde, M & Pöschl, T & Rückerl, S & Schäfer, F & Stromsky, A & Würl, K. (2017). TDP-3 Vanguard: Verification of a New Communication System for CubeSats on BEXUS 22.

[Download]Messmann, D & Coelho, F & Niermeyer, P & Langer, M & Huang, H & Walter, U. (2017). Magnetic Attitude Control for the MOVE-II Mission.

[Download]Weisgerber, M & Schummer, F & Steinkirchner, K & Langer, M. (2017). Risk reduction and process acceleration for small spacecraft assembly and testing by rapid prototyping.

[Download]Messmann, D & Grübler, T & Coelho, F & Ohlenforst, T & Van B, J & Mauracher, F & Doetterl, M & Plamauer, S & Schnierle, P & Kale, T & Seifert, M & Fuhrmann, A & Karagiannis, E & Ulanowski, A & Lausenhammer, T & Meraner, A & Langer, M. (2017). Advances in the Development of the Attitude Determination and Control System of the CubeSat MOVE-II.

[Download]Langer, M & Weisgerber, M & Bouwmeester, J & Hoehn, A. (2017). A reliability estimation tool for reducing infant mortality in Cubesat missions. 1-9. 10.1109/AERO.2017.7943598

[Download]Fuchs, C & Stefanov, T & Murillo, N & Plaat, A. (2017). Boosting Fault-Tolerance in High-Performance COTS-based Miniaturized Satellite Computers.

[Download] Grübler, T & Messmann, D & Langer, M. (2016). Investigating a Mass-Reproducible Attitude Determination and Control System on the Nanosatellite MOVE-II. . 10.13140/RG.2.2.23806.38727.

[Download] Appel, N & Rückerl, S & Langer, M. (2016). Nanolink: A Robust and Efficient Protocol for Small Satellite Radio Links.

[Download]Rutzinger, M & Krempel, L & Salzberger, M & Buchner, M & Hoehn, A & Kellner, M & Janzer, K & G Zimmermann, C & Langer, M. (2016). On-orbit verification of space solar cells on the CubeSat MOVE-II. . 10.1109/PVSC.2016.7750120.

[Download] Fuchs, C & Langer, M & Trinitis, C & Appel, N. (2015). Dependable Computing for Miniaturized Satellites.

[Download] Gutsmiedl, J & Dziura, M & Langer, M & Losekamm, M & Grulich, M & Mutschler, M. (2015). Providing hands-on space education by involvement of collaborating self-reliant student teams.

[Download] Langer, M & Appel, N & Dziura, M & Fuchs, C & Günzel, P & Gutsmiedl, J & Losekamm, M & Maßmann, D & Pöschl, T & Trinitis, C. (2015). MOVE-II — der zweite Kleinsatellit der Technischen Universität München.

[Download] Rueckerl, S & Meßmann, D & Appel, N & Kiesbye, J & Schummer, F & Faehling, M & Krempel, L & Kale, T & Lill, A & Reina, G & Schnierle, P & Wuerl, S & Langer, M & Luelf, M. (2019) First Flight Results of the MOVE-II CubeSat.

[Download] Langer, M & Appel, N & Günzel, P & Gutsmiedl, J & Janke, F & Kiesbye & Losekamm, M & Perakis, N & Pöschi, T. (2015) The Evolution of the CubeSat Program MOVE.