Verlagslink DOI: 10.22541/essoar.175371779.92742499/v2
Titel: TRIPLE - Technologies for Rapid Ice Penetration and Subglacial Lake Exploration : whitepaper by the TRIPLE Project within the German Space Agency Explorer Initiative at DLR
Sprache: Englisch
Autorenschaft: Audehm, Jan 
Bachmayer, Ralf 
Bande, Miguel 
Bannasch, R. 
Becker, Fabian 
Bestmann, Ulf 
Bhattacharya, Dipankul 
Böck, G. 
Clemens, Joachim 
Do, Mia Giang 
de Vera, Jean-Pierre Paul 
Digel, Ilya 
Espe, C. 
Feldmann, M. 
Funke, O. 
Francke, G. 
Frischkorn, Konrad 
Geissinger, Konstantin 
Göpel, Dominik 
Günther, C. 
Gregorek, Daniel 
Grundmann, Jan Thimo 
Joppe, Florian 
Haberberger, Niklas 
Heinen, Dirk 
Helbing, Klaus 
Heutelbeck, Dirk 
Höck, Philipp 
Höpfner, Gregor 
Koch, Till 
Koch, Christian 
Kowalski, Julia 
Krause, C. 
Löser, Johannes 
Panten, P. 
Philipp-May, S. 
Reuscher, Tim 
Rohr, H. 
Schorbach, Vera  
Schöttler, F. 
Tepecik, Atakan 
Terschanski, B. 
Vossiek, Martin 
Waldmann, Christoph 
Ward, A. 
Wiebusch, Christopher 
Yakovlev, S. 
Zierke, Simon 
Erscheinungsdatum: 29-Jul-2025
Verlag: American Geophysical Union
Zeitschrift oder Schriftenreihe: Earth and space science open archive 
Zusammenfassung: 
TRIPLE (Technologies for Rapid Ice Penetration and subglacial Lake Exploration) is a project line initiated by the German Space Agency at DLR (Deutsches Zentrum für Luft- und Raumfahrt - engl. German Aerospace Center) focused on developing, demonstrating and providing an autonomous exploration system for subglacial lakes and ocean environments. The project aims to contribute to future missions searching for extraterrestrial life in the ice-covered ocean worlds of the outer Solar System by demonstrating an integrated system aiming for conducting contamination-free and robust explorations of subglacial lakes, including sample return.

TRIPLE consists of three core components: a melting probe for penetrating the ice, an autonomous underwater vehicle for exploring the water reservoir, and an astrobiological laboratory for in-situ analysis of the collected samples. The operational capability of the technologies will be validated in a test campaign in Antarctica’s Dome C region, which serves as an analogous terrestrial scenario for simulating extraterrestrial environments.

In this whitepaper, we present a comprehensive overview of the project line, highlighting its key objectives and the strategies devised to achieve them. Released as the second issue following the initial publication on May 29, 2020, this document serves as an expanded update to its predecessor.
URI: https://hdl.handle.net/20.500.12738/19278
Begutachtungsstatus: Für diese Version ist aktuell keine Begutachtung geplant
Einrichtung: Competence Center for Energy Transition 
Forschungs- und Transferzentrum Smart Systems 
Department Maschinenbau und Produktion (ehemalig, aufgelöst 10.2025) 
Fakultät Technik und Informatik (ehemalig, aufgelöst 10.2025) 
Dokumenttyp: Arbeitspapier (Working Paper)
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