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 Rover exploded Credits Thalès Alenia Space
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 Detail of the components of the head - Credits ESA |
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 Detail of the components of the arm - Credits ESA |
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THE ROVERS
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The Esa's Exomars Rover's main characteristics
The whole Rover Module weighs 258 kg (including 16.5 kg instruments)
The Rover Module needs to fit under the descent module hood
The Rover Module will accommodate the 16.5 kg of the PASTEUR payload instrument set together with the necessary payload support functions.
The Rover Module design will facilitate the Assembly, Integration and Validation (AIV) and the Assembly, Integration and Tests (AIT) activities. The Rover Module design will also allow for activities in a sterile environment for Instrument integration.
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INSTRUMENTS OF THE ESA'S EXOMARS ROVER
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 Position of the instruments on the rover © Thales Alenia Space
The rover payload, PASTEUR, includes the 8 instruments grouped in the following three subsets:
Panoramic instruments
PanCam: Panoramic Cameras
 WISDOM (Water Ice and Subsurface Deposit Observation on Mars): UHF Radar for a penetration of 2 to 3 meters
Contact instruments
CLUPI (CLose-UP Imager on ExoMars): close-up imaging for geological environment characterisation
Raman: Raman laser spectroscopy for the study of Martian samples
Ma_MISS (Mars Multispectral Imager for Subsurface Studies): spectrometer for the analysis of surface and sub-surface Martian material
Analytical instruments
 MicrOmega-IR: infrared and visible microscope for the study of Martian samples
Mars-XRD (X-Ray Diffractometer): analysis of crystal structure by diffraction with X-rays
MOMA (Mars Organic Molecule Analyser): gas chromatograph to analyse the organic and inorganic material on and below the surface od Mars
The French contributions to the PASTEUR payload are particularly important for 5 of the 9 instruments: MicrOmega, WISDOM, MOMA , Raman and CLUPI.
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Latest update 15/10/2010
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 Drill system |
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 MOMA |
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 PanCam |
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 Raman |
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