ILEWG report : 
Moon South Pole exploration 
Bernard H. Foing, 
Director ILEWG Intl Lunar Exploration Working Group 
Senior Exploration Officer, ESA /ESTEC, 
http://sci.esa.int/ilewg 
• Key science questions & Results from recent missions 
• Technology: Landers, Rovers, Sample Return, Robotic Village 
• Human Field Work: Towards International Lunar Bases 
• Moon, Space and Society: engaging Youth and Public 
Intl Lunar 
Exploration 
Working Group
10 years ago, SMART-1 was travelling to the Moon 
http://sci.esa.int/smart-1/ 
First European lunar orbiter 
Test new technologies 
- Solar Electric Propulsion 
- instrument miniaturisation 
- Faster, cheaper, smarter 
Launch mass: 370 kg 
Payload: 19 kg 
Launch date: 27 Sept 2003, 
Ariane 5 
Lunar capture: 15 Nov. 2004 
Science orbit 15 March 2005 
Mission: 6 + 12 months 
nominal lunar 
orbit operations until 
Impact 3 Sept 2006 
Data on PDS archives, 
75 refereed publis 
SMART-1 first image of Europe 
June 2004 
n 
e b
What shapes rocky planets? 
Tectonic wrinkles 
Prospector H map 
Volcanism 
Tectonics 
Polar regions 
Bombardmen 
t 
SMART-1 
impact 
Cratering 
Bombardment chronology
20 km 
SMART travel maps to 
Lunar South Pole 
Earth 
Amundsen crater 
(84.5º S, 82.8º E) 
ZOOM 
Shackleton 
crater 
Shoemaker 
Faustini 
crater 
deGerlache
SMART-1 Peak of Light
ROSCOSMOS/ESA 
Cooperation 
on Lunar Exploration 
Main focus of ROSCOSMOS/ESA Lunar Cooperation
ESA Human Exploration 
Destinations: LEO, Moon, Mars 
● LEO destination confirmed 
with continuation of ISS 
station operations 
● Start of human exploration 
beyond LEO with cooperation 
with NASA on Multi Purpose 
Crew Vehicle –European 
Service Module (2017 Lunar 
fly-by) 
● MPCV Exploration Missions 
1&2: from 2020, 4 crew to 
Moon, beyond and back
Roadmap: International Lunar Exploration Working Group (sci.esa.int/ilewg) 
Precursors Robotic village Intl Lunar base
ExoGeoLab lander tests
Lander and cooperative robotics
Aouda suit-rover-lander operations 
at Eifel volcano ILEWG field tests
ILEWG EuroMoonMars field tests
Outside field instruments/EVAs 
 Multiple camera system and data acquisition* 
 Ground Penetrating Radar* 
 Drilling core samples 
 Remote control Field rover, cameras and 
instruments* 
 Optical Positioning/Navigation experiment *
Moon Academy Workshop
Telescope on lander
ESTEC/ILEWG Student 
planetary design workshops
Art science, space and Moon
Moon and Art-Science projects
Space science and arts
Student planetary symposia
ILEWG International Lunar Exploration Working Group 
 ICEUM Int’l Conferences on Exploration & Utilisation of the Moon: 
– ICEUM1 Beatenberg 94 (chair Prof H. Curien) 
– ICEUM2 Kyoto 96 (chair Prof H. Mizutanu) 
– ICEUM3 Moscow 98 (chair Acad. E. Galimov 
– ICEUM4 ESTEC 2000 (300 participants, Chair BH Foing) 
– ICEUM5 US Hawaii Nov 2003, 
– ICEUM6 Udaipur, India, 22-26 Nov 2004, co-Chair N. Bhandari) 
– ICEUM7 Toronto 2005 Canada co-Chairs B. Richards, C. Sallaberger) 
– ICEUM8 Beijing 06 after COSPAR (co-Chair Prof Wu Ji) 
– ICEUM9 Sorrento 2007 (300 participants) (co-chair ESA/ASI/ILEWG) 
– ICEUM10 Cape Canaveral (co-chairs Dr M. Wargo, C.Neal) 
– ICEUM11 Global Lunar Conference Beijing (co-chair Dr Li Ming) 
(500 participants + 400 local students ) 
 ILEWG sponsored lunar sessions 
– COSPAR: Washington 92, Hamburg 94, Nagoya 98, Warsaw 00, Houston 
02, Paris 04, Beijing 06, Montreal 08, Bremen 10, Mysore 12, Moscow 14 
– EGS/EGU lunar sessions: Vienna 97, Nice 98, The Hague 99, Nice 2000 – 
2004, Vienna 2005 - 2014 
 Publications, Information exchange: lunar register database 
 Public outreach, lunar explorers, web, ILEWG calendar
Exploration, Habitability, Creativity
Borst, Foing et al 
PSS 2010 
Preparing SPA 
South Pole-Aitkin 
basin 
sample return 
(eg Moonrise)

ILOA Galaxy Forum Canada 2014 - Bernard Foing - Moon South Pole Exploration

  • 1.
    ILEWG report : Moon South Pole exploration Bernard H. Foing, Director ILEWG Intl Lunar Exploration Working Group Senior Exploration Officer, ESA /ESTEC, http://sci.esa.int/ilewg • Key science questions & Results from recent missions • Technology: Landers, Rovers, Sample Return, Robotic Village • Human Field Work: Towards International Lunar Bases • Moon, Space and Society: engaging Youth and Public Intl Lunar Exploration Working Group
  • 2.
    10 years ago,SMART-1 was travelling to the Moon http://sci.esa.int/smart-1/ First European lunar orbiter Test new technologies - Solar Electric Propulsion - instrument miniaturisation - Faster, cheaper, smarter Launch mass: 370 kg Payload: 19 kg Launch date: 27 Sept 2003, Ariane 5 Lunar capture: 15 Nov. 2004 Science orbit 15 March 2005 Mission: 6 + 12 months nominal lunar orbit operations until Impact 3 Sept 2006 Data on PDS archives, 75 refereed publis SMART-1 first image of Europe June 2004 n e b
  • 3.
    What shapes rockyplanets? Tectonic wrinkles Prospector H map Volcanism Tectonics Polar regions Bombardmen t SMART-1 impact Cratering Bombardment chronology
  • 4.
    20 km SMARTtravel maps to Lunar South Pole Earth Amundsen crater (84.5º S, 82.8º E) ZOOM Shackleton crater Shoemaker Faustini crater deGerlache
  • 5.
  • 7.
    ROSCOSMOS/ESA Cooperation onLunar Exploration Main focus of ROSCOSMOS/ESA Lunar Cooperation
  • 8.
    ESA Human Exploration Destinations: LEO, Moon, Mars ● LEO destination confirmed with continuation of ISS station operations ● Start of human exploration beyond LEO with cooperation with NASA on Multi Purpose Crew Vehicle –European Service Module (2017 Lunar fly-by) ● MPCV Exploration Missions 1&2: from 2020, 4 crew to Moon, beyond and back
  • 10.
    Roadmap: International LunarExploration Working Group (sci.esa.int/ilewg) Precursors Robotic village Intl Lunar base
  • 11.
  • 12.
  • 13.
    Aouda suit-rover-lander operations at Eifel volcano ILEWG field tests
  • 14.
  • 15.
    Outside field instruments/EVAs  Multiple camera system and data acquisition*  Ground Penetrating Radar*  Drilling core samples  Remote control Field rover, cameras and instruments*  Optical Positioning/Navigation experiment *
  • 16.
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    ILEWG International LunarExploration Working Group  ICEUM Int’l Conferences on Exploration & Utilisation of the Moon: – ICEUM1 Beatenberg 94 (chair Prof H. Curien) – ICEUM2 Kyoto 96 (chair Prof H. Mizutanu) – ICEUM3 Moscow 98 (chair Acad. E. Galimov – ICEUM4 ESTEC 2000 (300 participants, Chair BH Foing) – ICEUM5 US Hawaii Nov 2003, – ICEUM6 Udaipur, India, 22-26 Nov 2004, co-Chair N. Bhandari) – ICEUM7 Toronto 2005 Canada co-Chairs B. Richards, C. Sallaberger) – ICEUM8 Beijing 06 after COSPAR (co-Chair Prof Wu Ji) – ICEUM9 Sorrento 2007 (300 participants) (co-chair ESA/ASI/ILEWG) – ICEUM10 Cape Canaveral (co-chairs Dr M. Wargo, C.Neal) – ICEUM11 Global Lunar Conference Beijing (co-chair Dr Li Ming) (500 participants + 400 local students )  ILEWG sponsored lunar sessions – COSPAR: Washington 92, Hamburg 94, Nagoya 98, Warsaw 00, Houston 02, Paris 04, Beijing 06, Montreal 08, Bremen 10, Mysore 12, Moscow 14 – EGS/EGU lunar sessions: Vienna 97, Nice 98, The Hague 99, Nice 2000 – 2004, Vienna 2005 - 2014  Publications, Information exchange: lunar register database  Public outreach, lunar explorers, web, ILEWG calendar
  • 24.
  • 25.
    Borst, Foing etal PSS 2010 Preparing SPA South Pole-Aitkin basin sample return (eg Moonrise)