| EUROPEAN MOON BASE CONCEPTS |
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“Let us create vessels and sails adjusted to the heavenly ether, and there will be plenty of people unafraid of the empty wastes. In the meantime, we shall prepare for the brave sky-travelers maps of celestial bodies.” - Johannes Kepler in a letter to Galileo |
There is renewed international interest in returning to the Moon. Besides, USA, Japan, India and China, all of whom have near-term goals of sending orbiters and probes to the Moon, the European Space Agency (ESA) is preparing to send its first spacecraft, SMART-1 to the Moon in 2003. Propelled by these interesting developments in Europe, an international consortium organized the first pan-European Lunar Base Design Workshop in the summer of 2002. The first phase of this Workshop was hosted at ESA’s European Space Research and Technology Center (ESTEC) in Holland. The second phase was hosted at the Institute for Design and Building Construction Hochbau II (HB2) at the Vienna Technical University in Austria. The consortium that planned, organized and managed the workshop comprised of the Lunar Explorers Society (LUNEX), MOONFRONT-- a San Francisco based space consulting firm, as well as European space architecture firms LIQUIFER from Austria, and Lunar Architecture from Holland. Sponsoring organizations for the workshop included ESA-ESTEC, Institute for Design and Building Construction HB2 at the Vienna Technical University, the Austrian Space Agency, and the International Lunar Exploration Working Group (ILEWG). The goal of this Workshop was to blueprint extra-terrestrial bases for human and robotic exploration of the Moon. The objective was to generate innovative lunar-base-designs that go beyond the first stage construction shack into the realm of long-duration durable expandable and sustainable lunar bases. At the core of the Workshop were diverse Moon mission scenarios including ice mining, solar cell production, lunar telescopes, He3 mining, research and commercial operations. Each of these scenarios focussed on a 2020 timeframe to establish a small permanent habitat on the lunar surface. The Workshop design teams were multidisciplinary and comprised of 50 students from 16 different countries, with a bachelor’s degree or higher from a variety of disciplines such as engineering, architecture, industrial design, mining, applied physics and medicine. Coaching the students were the Workshop Managers and space exploration experts from ESA, NASA, space companies and universities. Amongst them were, Apollo-17 Moonwalker - Harrison “Jack” Schmitt, ESA astronaut - Wubbo Ockels, NASA Moon guru -Wendell Mendell, ESA’s SMART-1 Project Scientist - Bernard Foing, ESA’s head of life sciences – Didier Schmitt and the chief of ESA’s Aurora Programme - Franco Ongaro. The Workshop Management Team included:
The objective of the Workshop (blue-sky phase) was to: The Workshop participants were introduced to the technical, architectural, psycho-physiological and policy issues related to human spaceflight and exploration through guest lectures by space experts from Europe and the United States. Lecture topics included, but were not limited to: moon characteristics, moon mission scenarios, upcoming lunar missions (robotic), lunar construction techniques, transportation to the moon, space suits and life-support systems, habitability issues, human factors, space physiology and psychology, concept transformation and integration, durability and sustainability, robotic versus human exploration. A partial list invited guest speakers and critique panelists for the two Phases includes: Andreas Vogler Architect, University of Technology Munich |
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| Pre-Workshop Research Assignments Workshop participants were engaged in researching different areas related to Lunar exploration, resource utilization, mission parameters, past-present-future human/robotic missions etc. |
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| Week 1 ESA-ESTEC The Netherlands 10.6.02-17.6.02 |
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First 4 days Next 3 days Other activities: |
End of Week 1 Design Critique By Expert Panel |
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| Week 2 ESA-ESTEC The Netherlands 17.6.02-21.6.02 |
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All 7 days [and nights!] Design Studio - Ideation / Conceptualization continued - Daily team reviews; Workshop Managers worked closely with each team - Evaluation of concept variations - Selection a final concept for each team - Refining and detailing of chosen concepts - Preparation for the first ‘big’ presentation at the end of Week-2 |
End of Week 2 1st Big Presentation To an Expert Panel [Open to all ESA personnel] |
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| Weeks 3-6 Architecture Dept. - (HB2) TU-Vienna 1.7.02-31.7.02 |
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4 Weeks Design Studio - Further detailing of concepts - Computer modeling and rendering - Scale Mock-Ups - Preparation for the Final Grand Presentation |
End of Workshop Final Grand Jury To a Panel of invited experts: Architects, Designers, Engineers, and Scientists |
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Schematic: The ‘Design Studio’ Structure MISSION SCENARIOS The Workshop participants were divided into multidisciplinary
teams. Each team picked a name corresponding to a lunar crater. The teams
then went on to choose their mission scenarios. The table below lists
the teams and their chosen missions. |
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| Team | Mission |
| Team ANAXAGORAS | First self-supported manned outpost for ice mining & scientific research |
| Team CONTACT | Build a radio telescope on the south-pole |
| Team GAGARIN | 2nd generation base focussing on water utilization on the Moon |
| Team KEPLER | Outpost to conduct research in mining, soil composition, food production, human adaptation, social and psychological impact |
| Team KOPERNIKUS | Advanced commercial services (repair, maintenance, transport, medical, recreational) for nearby lunar communities |
| Team TSIOLKOVSKY | Factory for production of solar cells |
| Team TYCHO | He3 mining to fuel fusion power plants on Earth |