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ROSETTA Satellite
CHARACTERISTICS
ROSETTA is a probe composed of 2 parts: an orbiter and a lander
The orbiter instruments:
ALICE, CONSERT, COSIMA, GIADA, MIDAS, MIRO, OSIRIS, ROSINA, RPC, RSI and VIRTIS.
The lander instruments:
APXS, ÇIVA, CONSERT, COSAC, PTOLEMY, MUPUS, ROLIS, ROMAP, SD2 and SESAME.
The ROSETTA mission will study Churyumov Gerasimenko comet.
The satellite will cruise for 10 years before meeting the comet. Then it will study this comet for
18 months

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The project main steps

Timeline

 
The ROSETTA Mission of the European Space Agency (ESA) will study comet Churyumov Gerasimenko with which the probe has a rendez-vous in August 2014.
 

After a period during which a global mapping of the comet will be realised by the orbiter, a closer observation phase will follow, including the sending of a module (Lander) down to the comet.

The launch, that took place the 2nd of March 2004 by an Ariane 5 launcher, will lead to a placing in the right orbit near the comet by August 2014 for an 18 month observation period.

France contribute doubly to this mission through:

    technical participations to the Orbiter (through its contribution to the European Space Agency) and to the Lander (through a cooperation with the German Space Agency DLR),
    scientific participations to the instruments on the Orbiter and on the Lander.


Latest update 07/06/2012
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NEWS
29/05/2012
Rosetta flyby uncovers the complex history of asteroid Lutetia
 
28/10/2011
Scientific Results from Lutetia flyby
 
06/2011
ROSETTA enters hibernation in deep space
 
12/2010
Latest news from ROSETTA
 
12/07/2010
Lutetia fly-by, on saturday July 10th, was fully successful
 
10/07/2010
Fly-by of asteroid Lutetia by Rosetta at 17h 45 local time at an altitude of 3000 km
 
The Rosetta trajectory from launch to Lutetia asteroid fly-by (~ 88.7 Mb)
The Rosetta trajectory from launch to the third Earth swing-by (~ 31.5 Mb)
Rosetta going through the van Allen belts during Earth swing-by 3 (~ 17 Mb)
Osiris cameras aiming Europe at the end of Earth swing-by 3 (~ 1.9 Mb)
E-Space&Science bulletins
Desperately seeking POM