ESAESA Informations Locales France
   
Multimedia
ESA Multimedia gallery
Services
CalendrierRSS feedsS'abonner
 
 
 
Bookmark and Share
 
 
 
 
L’Europe redécouvre la Lune grâce à SMART-1
 
16 août 2006

SMART-1 trapped by the Moon gravity
Download:
 HI RES JPG (Size: 1530 kb)
When a spacecraft orbits around the Moon, as SMART-1 does, it is doomed by the law of gravity. Tugs from the Sun, the Earth, and irregularities in the Moon itself, all disturb its orbit. Sooner or later, any lunar orbiter will impact the Moon surface unless it has very big amounts of fuel left to be re-boosted and escape the lunar gravity.

By the time SMART-1 had settled into its operational orbit around the Moon in March 2005 its exeprimental ion engine had only 7 kilograms of propellant left (bottled xenon gas) out of the 84 kilograms available at launch. This fuel allowed orbital boosts, but was not sufficient for a Moon escape.

Credits: ESA - AOES Medialab

 
  L’épilogue est proche
 
Download:
 HI-RES MOV (Size: 2029 kb)
This animation shows ESA's SMART-1 spacecraft making scientifc observations in orbit around the Moon. SMART-1 was launched in September 2003 and will conclude its mission through a small lunar impact on 3 September 2006.

Credits: ESA - C. Carreau
 
  Dernières étapes de l’exploitation en vol de SMART-1
 
SMART-1 controllers in Main Control Room
Download:
 HI-RES JPEG (Size: 629 kb)
Members of the Flight Control Team monitor SMART-1's progress in the Main Control Room, 16 November 2004 (Stephane Beauvivre, Jean-Luc Josset and Rick Blake). The MCR is located at the European Space Agency's Operations Centre (ESOC) in Darmstadt, Germany.

Credits: ESA
 
  Présentation aux médias le 3 septembre, grande conférence de presse le 4 septembre
 
Location of SMART-1 impact
Download:
 HI-RES JPEG (Size: 953 kb)  HI-RES TIFF (Size: 9410 kb)
This artist's impression shows the location of the SMART-1 impact on the Moon surface, expected for 3 September 2006 at 07:41 CEST (05:41 UT), with an uncertainty of plus or minus 7 hours, due to the unknown lunar topography.

The expected coordinate for impact are 36.44º south of latitude and 46.25º west of longitude.. The impact site will be on the lunar area called ‘Lake of Excellence’, located at mid-southern latitudes. This area is very interesting from the scientific point of view. It is a volcanic plane area surrounded by highlands, but also characterised by ground heterogeneities.

Credits: ESA - C. Carreau

 
  Note aux rédactions
 
 
  Qu’y avait-il à apprendre de nouveau ?
 
Mare Serenitatis as seen by SMART-1
Download:
 AVI (Size: 215 kb)
This animated sequence, composed of three images taken by the advanced Moon Imaging Experiment (AMIE) on board ESA’s SMART-1 spacecraft, shows a portion of Mare Serenitatis on the Moon.

AMIE obtained the images on 18 March 2006 from distances between 1257 and 1213 kilometres from the surface, with a ground resolution ranging between 114 and 110 metres per pixel. The imaged area is centred at about 21º East longitude and 18º North latitude. The separate images can be downloaded here [ AMI_EAE3_002082_00001_00016.JPG, AMI_EAE3_002082_00002_00016.JPG, AMI_EAE3_002082_00003_00015.JPG]

Mare Serenitatis is one of the lunar maria, that are vast lava plains on the lunar surface. It formed between 3.9 and 3.8 thousand million years ago, a period in which the Moon was heavily bombarded by asteroids and the major impact basins on the Moon were formed.

Credits: ESA/Space-X (Space Exploration Institute)

 
 
SMART-1
Related articles
SMART-1 impact: last call for ground based observationsSMART-1 towards final impactSMART-1 manoeuvres bring Moon impact to nearsideThe SMART-1 way - giving the Moon some great new looksSMART-1 manoeuvres prepare for mission endSMART-1 uses new imaging technique in lunar orbitSMART-1 set for more lunar scienceSMART-1 mission extendedEurope reaches the MoonMission update: SMART-1 fires engine for last time until the MoonLast ion engine thrust puts SMART-1 on the right track for its Moon encounterSMART-1 celebrates its first year in space
Related links
Registration formSpace-XAdvanced Moon micro-Imager Experiment (AMIE)
 
 
 
   Copyright 2000 - 2011 © European Space Agency. All rights reserved.