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Rosetta Lander Control Center

Lander Operations Manager: Cinzia Fantinati

The MUSC in Cologne houses the Lander Control Center (LCC). Supported by their scientific partner (SONC) at CNES in Toulouse, the PHILAE team at LCC is responsible for the control and operation of the Lander. Commands are sent from the LCC to the European control center ESOC in Darmstadt, from where they are forwarded to the new ESA Deep Space Ground Station in New Norcia (Australia) which then transmits them to ROSETTA. Given the distance of ROSETTA from Earth, signal propagation delays can exceed one hour (one direction). Reception of telemetry happens in reverse order. The operations team, engineers and scientists monitor and analyse data from their instruments through the MUSC-provided data systems and control mechanisms. Following a successful and precise launch from the European space port in Kourou, French Guyana on 2nd March 2004, the first years of the mission are dominated by intense testing: Subsystems and experiments of both the orbiter as well as the lander are checked and their flight characteristics determined.

The Lander Control Center hosts further facilities supporting operations of the Lander. A functionally identical ground model of Philae allows for the testing of planned function sequences and verification of automated procedures. A complex software simulator of the Lander can simulate specific system states and provides the engineers with an opportunity to optimise software configurations for scientific experiment operations on the comet.

Philae flight activities since launch of the Rosetta mission on 2nd March 2004
March 2004 Commissioning Lander Block1 (CVP1)
April 2004 Commissioning Lander Block2 (CVP2)
May 2004 Commissioning Lander Block3 (CVP3)
October 2004 Commissioning Lander Block4 (CVP4)
01.-07.03.2005 Earth Fly-by EFB1
29.03.2005 Passive Checkout 0 (PC0)
21.06.2005 Preparation of Passive Checkout 1 (PC1)
21.09.2005 System Tests on both Lander CPUs
30.09.-04.10.2005 Passive Checkout 1 (PC1) [full article]
07.03.-08.03.2006 Passive Checkout 2 (PC2)
08.05.2006 Maintenance – Charging secondary battery to approx. 25% (SBC1)
28.08.-29.08.2006 Passive Checkout 3 (PC3)
28.11.-09.12.2006 Interactive Lander Test – Passive Checkout 4 (PC4)
07.01.2007 Thermal behaviour test Orbiter & Lander – Preparation of Mars Swing-by (THC1)
22.02.-25.02.2007 Mars Swing-by (MSB)
18.05.-22.05.2007 Passive Checkout 5 (PC5)
17.09.-01.10.2007 Interactive Checkout 6 (PC6)
13.11.2007 Earth Fly-by EFB2
04.01.-08.01.2008 Passive Checkout 7 (PC7)
09.07.-02.08.2008 Interactive Lander Test 8 (PC8)
05.09.2008 Steins Fly-by
30.01.-03.02.2009 Passive Lander Test (PC9)
23.09-02.10.2009 Interactive Lander Test (PC10)
24.02.2010 Lander Power System Test
25.04.-13.05.2010 Interactive Lander Test (PC12)
07.07.-10.07.2010 Lutetia Fly-by
01.12.-08.12.2010 Interactive Lander Test (PC13)
08.12.2010 Philae turned off
08.06.2011 Rosetta in power saving mode

T Minus 620 Days


01. March 2013
620 days remaining, roughly 21 months, a quite significant amount of time. Considering a mission duration of 3906 days, this is only the last 16% of a 10 year long journey through interplanetary space. Climax is the critical landing phase of only a few hours in duration, in which the planning, development and operational efforts of more than 15 years of hard work will have to face reality. It is this reality that the Operations Team at DLR/MUSC in Cologne is facing together with their national and international partners.
Full article

Good night, Rosetta – European comet chaser goes into hibernation


08 June 2011
On 8 June 2011, the Rosetta spacecraft will be put into hibernation after having travelled through space for more than seven years. To reduce energy consumption, the European probe will be flying in 'economy mode' as it heads towards its destination, the comet 67P/Churyumov-Gerasimenko. But this will be no break for researchers at the German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR); they will continue to train in preparation for Rosetta's arrival in May 2014. Six months after reaching the comet, Philae, the Rosetta lander, will become the first spacecraft to land on a comet.
Full article

Rosetta spacecraft returns unique glimpses of asteroid Lutetia


10 July 2010
The European Rosetta spacecraft has achieved a further milestone on its journey to the comet Churyumov-Gerasimenko. On 10 July 2010 at 17:45 CEST, the orbiter flew past asteroid Lutetia on its second and final pass of the asteroid belt at about 15 kilometres per second – 54,000 kilometres per hour – merely 3162 kilometres from the asteroid. The confirmation was delivered at 18:10 CEST to ESA's European Space Operations Centre in Darmstadt. The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) is participating in this unique mission.
Full article

Steins Fly-by


05 September 2008
On its way to the actual target of Rosetta, the comet Churyumov-Gerasimenko, there will also take place two flybys at the asteroids Steins and Lutetia. Those rendezvous will enhance or understanding of the small bodies in the solar system considerably.
Full article

Mars Swing-by (MSB)


9. Februar 2007
Am 25. Februar 2007, wird die europäische Rosetta Sonde auf ihrem Weg zum Kometen Churyumov-Gerasimenko ein sogenanntes Swing-By Manöver am Mars durchführen. Genau um 02:54 (nachts) wird der nächste Punkt zum Mars, etwa 250 km über der Oberfläche, erreicht sein.
Full article

Interactive Lander Test (PC4)


10 December 2006
The Rosetta mission’s first interactive experiment test phase after the 2004 commissioning was conducted at the end of 2006 with the participation of the Rosetta Lander. The latter was switched on from 28th of November to 9th of December 2006 to do various instrument and system checks.
Full article

Earth Fly-by I


07 March 2005
Earth Fly-by activities in March 2005 Between 1st March (0:00h UTC) and 7th March (24:00h UTC), the first Earth Fly-by phase was supported from the PHILAE control center in Cologne.

During this timeframe, Philae was activated in order to take photographs of our planet with its panoramic camera system CIVA-P. In total, five pictures were recorded on 4th March between 19:54h UTC and 22:49h UTC. Additionally, the magnetometer ROMAP-MAG was switched on (1st March 01:00h UTC) to perform a calibration with the well-known magnetic field of earth.
Full article
Steins Fly-by
Resolution: 640x480 px
Size: 1,5 MB
Update: 02.09.2008
Mars Swing-by
Auflösung: 847x740 px
Größe: 1 MB
Update: 09.02.2007
Erdvorbeiflug I
Auflösung: 800x300 px
Größe: 8 MB
Update: 04.03.2005
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