ESASSASpace DebrisESOCSpacecraft OperationsGround Systems EngineeringESOC History
   
Background
About usProfile: The Right Stuff
SSA programme
Space Situational Awareness
Multimedia (click)
Mission families
Solar & planetaryAstronomy & Fundamental PhysicsEarth ObservationHuman SpaceflightTechnology DemonstrationPast missionsESA mission history- Find a mission: A...Z
Mission control centres
ATV Control Centre (ATV-CC)Columbus Control Centre (Col-CC)
Worldwide ground station network
ESTRACK tracking stationsESTRACK Control Centre- Find a station: A...Z
OPS Community
Advanced Mission Concepts & Technologies OfficeHSO ExchangeKnowledge ManagementESA Ground Operation System (EGOS)
Services
PublicationsESA-sponsored conferencesHelpSubscribe
 
 
 
Bookmark and Share
 
 
 
 
News
 
printer friendly page
CryoSat-2 arrives at  Baikonur
CryoSat-2 arrives at Baikonur
ESA's ice mission arrives safely at launch site
 
14 January 2010
In what might seem rather appropriate weather conditions, the CryoSat-2 Earth Explorer satellite has completed its journey to the Baikonur launch site in Kazakhstan, where it will be prepared for launch on 25 February.
 
The satellite and support equipment left the 'IABG' test centre in Ottobrunn, Germany, by lorry on 12 January. The CryoSat mission is dedicated to precise monitoring of the changes in the thickness of marine ice floating in the polar oceans and variations in the thickness of the vast ice sheets that overlay Greenland and Antarctica. With much of Europe still in the grip of one of the coldest winters for some years, the icy conditions aptly set the stage for this first leg of CryoSat-2's journey.  
 
ESA's ice mission
ESA's ice mission
After arriving at Munich airport, the containers were loaded onto an Antonov aircraft. Along with team members from ESA and their industrial partner for CryoSat-2, EADS-Astrium, the Antonov took off in the early evening bound for Ulyanovsk, a city some 900 km east of Moscow, Russia. Once through customs clearance at Ulyanovsk, the aircraft continued the journey to the Baikonur Cosmodrome.
 
 
CryoSat on route to Munich airport
CryoSat-2 on route to Munich airport
The weather was –12°C and fine on arrival. Safely cocooned in its thermally controlled container, CryoSat-2 and accompanying cargo were offloaded and moved to the integration facility. The launch campaign team will now spend the next six weeks preparing the satellite for launch. CryoSat-2 will be launched by a Dnepr rocket – a converted intercontinental ballistic missile – on 25 February at 14:57 CET (13:57 UT).
 
 
Wintery conditions at Munich airport
Wintery conditions at Munich airport
With the effects of a changing climate fast becoming apparent, particularly in the polar regions, it is increasingly important to understand exactly how Earth’s ice fields are responding. Diminishing ice cover is frequently cited as an early casualty of global warming and because ice, in turn, plays an important role regulating climate and sea level, the consequences of change are far-reaching.
 
 
Sea ice
Sea ice
In order to understand fully how climate change is affecting these remote but sensitive regions, there remains an urgent need to determine exactly how the thickness of the ice, both on land and floating in the sea, is changing. By addressing this challenge, the data delivered by the CryoSat mission will complete the picture and lead to a better understanding of the role ice plays in the Earth system.
 
 
Following on from GOCE and SMOS, CryoSat-2 will be the third of ESA’s Earth Explorers launched within 12 months, marking a significant step in ESA’s dedication to improving our understanding of the Earth system.
 
 
 


Related news
CryoSat: green light for launch campaignFebruary launch for ESA's CryoSat ice missionGround segment declared ready for CryoSat mission
In depth
CryoSat-2Earth Explorers
Related links
EADS-AstriumThales Alenia Space - SIRALIABGKosmotras
ESA on Youtube
Earth Explorers
Choose a language
 Noticia completa Celý příbĕh
 
 
 
   Copyright 2000 - 2012 © European Space Agency. All rights reserved.