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Meteosat

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October 2022 after twenty years in orbit. The spacecraft was disposed of in compliance with ISO-24113 guidelines (although not designed with this in mind) having been raised 740km above the geostationary ring and spun down to 20rpm. The propulsion system was then passivated and the satellite deactivated.
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The MTP program was established to ensure the operational continuity between the end of the successful Meteosat Operational Programme in 1995 and Meteosat Second Generation (MSG), which came into operation at the start of 2004 using improved satellites. The MSG program will provide service until the
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has been working on the definition and the planning for a Meteosat Third Generation (MTG) system since the year 2000. MTG components providing continuity of MSG services need to be available before the end of the nominal lifetime of MSG. MTG preparatory activities started end of 2000 in cooperation
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Data Collection Platforms (DCP), such as buoys, in support of the Tsunami Warning System for the Indian Ocean. A range of processed meteorological products were also produced. The last disseminated Meteosat-7 image was on 31 March 2017. Moving Meteosat-7 to its ultimate resting place in a graveyard
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Meteosat-10 and -11 are located over Africa with various differences in operational configuration. Since 20 March 2018, Meteosat-10 provides an operational European 'rapid scan' mode service (the MSG RSS service first commenced in May 2008), with images of Europe every 5 minutes. Since 20 February
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was signed by Mr. Liebig and Mr. Seznec. Thales Alenia Space leads the industrial consortium that is now building the MTG family. Along with being the prime contractor, Thales Alenia Space is responsible for the MTG-I imaging satellite, including the primary payload, the Flexible Combined Imager.
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Meteosat-8 is stationed over the Indian Ocean, arriving at 41.5°E on 21 September 2016 and it took over as prime Indian Ocean Data Coverage (IODC) spacecraft on 1 February 2017 (replacing Meteosat-7). Meteosat-8 was retired from operational service on 1 July 2022 and finally decommissioned on 13
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The satellites are spin-stabilised like the previous generation, but with many design improvements. The more frequent and comprehensive data collected by MSG also aids the weather forecaster in the swift recognition and prediction of dangerous weather phenomena such as thunderstorms, fog, and
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with the European Space Agency (ESA), following the decision of the EUMETSAT Council to proceed with a Post-MSG User Consultation Process. The process is aimed at capturing the foreseeable needs of users of EUMETSAT's satellite data in the 2015-2025 timeframe.
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A total of 6 satellites are being developed under the MTG contract. Four MTG-I imaging satellites, as well as two MTG-S sounder satellites. The launch of the first MTG satellite, Meteosat-12 (MTG-I1), occurred on 13 December 2022, at 20:30 UTC.
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The first generation of Meteosat satellites, Meteosat-1 to Meteosat-7, provided continuous and reliable meteorological observations from space to a large user community. Meteosat-1 to -7 have all now retired.
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Krige, John. "Crossing the Interface from R&D to Operational Use: The Case of the European Meteorological Satellite," Technology and Culture, Volume 41, Number 1, January 2000, pp. 27–50.
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Meteosat-8, -9, -10, and -11 each carry a GERB Instrument, DCP capable service equipment and a Search and Rescue signal Processor (SARP) that is capable of detecting 406 MHz
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Meteosat-9 is also stationed over the Indian Ocean, arriving at 45.5°E on 20 April 2022 and it took over as prime IODC spacecraft on 1 June 2022 (replacing Meteosat-8).
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SEVIRI (Spinning Enhanced Visible and Infrared Imager), Meteosat-8 also carries the secondary payload GERB (Geostationary Earth Radiation Budget) instrument.
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The launch of MSG-2 (renamed to Meteosat-9) took place on 21 December 2005. The launch of MSG-3 (renamed to Meteosat-10) took place on 5 July 2012.
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They are 2.1 metres in diameter and 3.195 metres long. Its initial mass in orbit is 282 kg, and in orbit, the satellite spins at 100
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When operational, the Meteosat First Generation provided images every half-hour in three spectral channels (Visible, Infrared) and
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The MSG satellites are 3.2 m in diameter and 2.4 m high and spin anti-clockwise at 100 rpm at an altitude of 36,000 km.
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2018, Meteosat-11 provides the main full Earth imagery service over Europe and Africa (with images every 15-minutes).
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is responsible for the MTG-S satellites and provision of the common satellite platforms, supported by
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explosive development of small, but intense, depressions, which can lead to devastating wind storms.
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under the Meteosat Transition Programme (MTP) and the Meteosat Second Generation (MSG) program.
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Meteosat Second Generation was designed in response to user requirements to serve the needs of
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ESA and Thales Alenia Space enter negotiations for MTG, ESA Press release, March 19, 2010,
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MSG-4 was successfully launched into space on 15 July 2015 at 18:42 local time on top an
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orbit commenced on 3 April 2017 and the spacecraft final command sent on 11 April 2017.
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On 29 January 2004 the first Meteosat Second Generation satellite MSG-1, renamed to
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Considering the long development cycle for a new observational space system,
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in Kourou, French Guiana. Like MSG-1, MSG-2 and MSG-3, MSG-4 was launched by
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for a final negotiation leading to a contract to be signed during June.
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once operational, commenced routine operations. In addition to the main
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instrument provides important data for climate monitoring and research.
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European Organisation for the Exploitation of Meteorological Satellites
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On 22 June 2010, EUMETSAT confirmed the choice of Thales Alenia Space.
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Continued data transmission service until late 2010 or in early 2011
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Decommissioned and placed into graveyard orbit in February 2007
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The satellites were manufactured by a consortium COSMOS, with
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Imager failed in November 1979; data collection ended in 1984
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Compare Meteosat images with other meteorological satellites
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Earth observation satellites of the European Space Agency
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On 24 February 2012, the development contract between
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The contract for the second generation was awarded to
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Satellites in the second generation Meteosat series
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MTG (Meteosat Third Generation) program takes over.
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For SARP, see more under 10: 2406: 2390:Data collection satellites 2375:Ariane commercial payloads 2221:Mars sample return mission 2041:European Data Relay System 1721:Meteosat Second Generation 1634:James Webb Space Telescope 1496:Jupiter Icy Moons Explorer 1178:European Data Relay System 1152:Concurrent Design Facility 322:Meteosat Second Generation 2294: 2259: 2121: 2050: 1980: 1912: 1844:Meteosat Third Generation 1703:Meteosat First Generation 1689: 1538: 1433: 1384: 1377: 1364: 1352:Planetary Science Archive 1319: 1298: 1186: 1165: 1137:European Astronaut Centre 1114: 1086: 1063: 1059: 829:. EUMETSAT. 15 April 2020 314:Second Generation ("MSG") 287:, as Prime, and included 99:meteorological satellites 18:Meteosat Third Generation 518:Third Generation ("MTG") 1263:Living Planet Programme 1122:Space Operations Centre 59:Knowledge:Summary style 1574:Hubble Space Telescope 1142:Space Astronomy Centre 527: 468: 323: 310:around its main axis. 83: 1371:Projects and missions 1053:European Space Agency 553:13-12-2022 20:30 UTC 525: 466: 391:15-07-2015 21:05 UTC 377:05-07-2012 21:36 UTC 363:22-12-2005 22:33 UTC 349:28-08-2002 22:45 UTC 321: 81: 1971:European Robotic Arm 1815:Sentinel-5 Precursor 976:"Ariane-5-Missionen" 952:(25 November 2022). 773:"Meteosat- EUMETSAT" 352:Retired 1 July 2022 2296:Future missions in 1342:European Space Camp 1073:Guiana Space Centre 627:. December 21, 2005 586:Thales Alenia Space 572:Thales Alenia Space 532: 488:Guiana Space Centre 435:. In addition, the 410:Thales Alenia Space 328: 119: 2370:Weather satellites 2146:Ceres Polar Lander 1981:Telecommunications 913:online www.esa.int 530: 528: 498:Secondary Payloads 469: 326: 324: 246:03 September 1997 117: 84: 2352: 2351: 2290: 2289: 1908: 1907: 1690:Earth observation 1520:Comet Interceptor 1511:Rosalind Franklin 1483:Trace Gas Orbiter 1434:Planetary science 1360: 1359: 1273:Science Programme 827:"Meteosat series" 560: 559: 431:applications and 398: 397: 253: 252: 228:20 November 1993 159:in December 1991 139:23 November 1977 76: 75: 16:(Redirected from 2397: 2342: 2341: 2330: 2318: 2317: 2306: 2305: 2282:Schiaparelli EDM 2141:Calathus Mission 1965:Georges LemaĂ®tre 1923:ISS contribution 1382: 1381: 1366: 1365: 1061: 1060: 1046: 1039: 1032: 1023: 1022: 994: 993: 991: 989: 972: 966: 965: 946: 940: 939: 937: 936: 927:. Archived from 921: 915: 909: 903: 902: 900: 899: 890:. Archived from 884: 878: 877: 870: 864: 863: 861: 860: 851:. 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341: 337: 334: 331: 330: 320: 311: 309: 304: 302: 298: 294: 290: 286: 282: 277: 274: 270: 266: 262: 257: 248: 245: 242: 238: 235: 234: 230: 227: 224: 220: 217: 216: 212: 209: 206: 202: 199: 198: 194: 191: 188: 184: 181: 180: 176: 174:15 June 1988 173: 170: 166: 163: 162: 158: 154: 152:10 June 1981 151: 149: 146: 145: 141: 138: 136: 133: 132: 128: 125: 122: 121: 110: 106: 104: 100: 97: 96:geostationary 93: 89: 80: 70: 60: 52: 46: 41: 32: 31: 19: 2331: 2320: 2307: 2297: 2206:Lunar Lander 2124:and proposed 2109: 1896: 1888: 1880: 1872: 1864: 1856: 1848: 1842: 1834: 1826: 1677: 1669: 1661: 1653: 1645: 1526: 1518: 1510: 1501: 1482: 1459:Mars Express 1421: 1299:Predecessors 1278:Horizon 2000 986:. Retrieved 979: 970: 944: 933:. Retrieved 929:the original 919: 907: 896:. Retrieved 892:the original 882: 868: 857:. Retrieved 853:the original 843: 831:. Retrieved 821: 810:. Retrieved 806:the original 796: 785: 777:the original 767: 756:. Retrieved 752:the original 742: 731:. Retrieved 727:the original 717: 706:. Retrieved 702:the original 692: 681:. Retrieved 661: 647: 629:. Retrieved 624: 603: 595:Astrium GmbH 579: 576: 569: 561: 542:Mission end 539:Launch date 501: 481: 477: 474: 470: 459: 448: 445: 441: 426: 402:AĂ©rospatiale 399: 338:Mission end 335:Launch date 305: 281:AĂ©rospatiale 278: 261:Water Vapour 258: 254: 240: 222: 204: 186: 168: 129:Mission end 126:Launch date 107: 101:operated by 87: 85: 67:January 2015 64: 53:}} 49:{{ 2344:WikiProject 2216:MarcoPolo-R 2166:Don Quijote 2136:Ariane 5 ME 2100:(2015–2017) 2030:Galileo FOC 2024:Galileo IOV 1996:(1989–1993) 1935:Jules Verne 1916:spaceflight 1747:(2009–2013) 1735:(2003–2007) 1733:Double Star 1729:(2002–2012) 1717:(1995–2011) 1711:(1991–2000) 1705:(1977–1997) 1618:(2009–2013) 1612:(2009–2013) 1588:(1995–1998) 1570:(1989–1993) 1564:(1983–1986) 1558:(1978–1996) 1552:(1975–1982) 1490:BepiColombo 1477:(2005–2014) 1471:(2004–2016) 1455:(2003–2006) 1449:(1997–2005) 1443:(1985–1992) 1412:(2000–2024) 1400:(1990–2009) 1394:(1977–1987) 1327:Arianespace 984:(in German) 950:Arianespace 631:February 6, 548:Meteosat-12 492:Arianespace 386:Meteosat-11 372:Meteosat-10 169:Meteosat-P2 2359:Categories 2231:Phootprint 2211:Marco Polo 2052:Technology 1882:MetOp-SG-B 1874:MetOp-SG-A 1850:Sentinel-4 1821:ADM-Aeolus 1801:Sentinel-3 1783:Sentinel-2 1769:Sentinel-1 1697:Copernicus 1592:XMM-Newton 1410:Cluster II 1216:Copernicus 1187:Programmes 1115:Facilities 1065:Spaceports 988:20 October 935:2016-03-18 898:2016-03-18 859:2012-12-03 812:2016-03-18 758:2016-03-18 733:2018-11-29 708:2019-04-02 683:2021-07-03 667:"Meteosat" 609:References 536:Satellite 451:Meteosat-8 429:nowcasting 358:Meteosat-9 344:Meteosat-8 332:Satellite 269:instrument 263:, via the 237:Meteosat-7 219:Meteosat-6 201:Meteosat-5 183:Meteosat-4 165:Meteosat-3 148:Meteosat-2 135:Meteosat-1 123:Satellite 92:satellites 90:series of 2272:CryoSat-1 2246:STE-QUEST 2181:Eddington 2171:e.Deorbit 2122:Cancelled 1994:Olympus-1 1836:EarthCARE 1757:CryoSat-2 1606:(2006–13) 1582:(1992–93) 1568:Hipparcos 1542:cosmology 550:(MTG-I1) 155:Moved to 55:template. 2333:Wikinews 2309:Category 1929:Columbus 1853:) (2024) 1663:ARRAKIHS 1616:Herschel 1598:INTEGRAL 1528:EnVision 1481:ExoMars 1337:EUMETSAT 1228:Columbus 1221:Sentinel 1101:Ariane 6 1096:Ariane 5 674:Archived 625:BBC News 615:EUMETSAT 564:EUMETSAT 484:Ariane 5 388:(MSG-4) 374:(MSG-3) 360:(MSG-2) 346:(MSG-1) 267:(MVIRI) 103:EUMETSAT 88:Meteosat 2321:Commons 2298:italics 2267:Cluster 2251:THESEUS 2236:SOLARIS 2111:PROBA-3 2104:OPS-SAT 2086:PROBA-V 2080:PROBA-2 2068:PROBA-1 2018:HYLAS-1 2012:GIOVE-B 2006:GIOVE-A 2000:Artemis 1828:Biomass 1727:Envisat 1666:(2030s) 1465:Rosetta 1453:SMART-1 1447:Huygens 1398:Ulysses 1378:Science 1253:ExoMars 1243:GALILEO 1233:CryoSat 1194:Artemis 1173:ESTRACK 1078:Esrange 962:Twitter 597:as the 404:in its 283:in its 2277:GEOS 1 2260:Failed 2226:ODINUS 2196:Hopper 2191:Hermes 2186:EXPERT 2114:(2024) 2094:(2015) 2076:(2007) 2064:(1998) 1990:(1978) 1988:GEOS 2 1973:(2021) 1967:(2014) 1961:(2013) 1955:(2012) 1949:(2011) 1941:Cupola 1937:(2008) 1901:(2027) 1893:(2025) 1885:(2025) 1877:(2025) 1869:(2025) 1861:(2025) 1858:ALTIUS 1839:(2024) 1831:(2024) 1682:(2035) 1674:(2035) 1671:Athena 1658:(2029) 1650:(2026) 1640:Euclid 1628:CHEOPS 1610:Planck 1580:Eureca 1562:EXOSAT 1531:(2031) 1523:(2029) 1515:(2028) 1506:(2024) 1498:(2023) 1469:Philae 1441:Giotto 1426:(2031) 1392:ISEE-2 1206:Aurora 833:2 June 422:Alenia 2241:SPICA 2036:EGNOS 1898:FORUM 1890:SMILE 1763:Swarm 1739:MetOp 1715:ERS-2 1709:ERS-1 1655:ARIEL 1647:PLATO 1604:CoRoT 1550:Cos-B 1513:rover 1423:Vigil 1347:GEWEX 1290:Pride 1248:ELIPS 1238:EGNOS 958:Tweet 677:(PDF) 670:(PDF) 506:from 414:Matra 408:(now 289:Matra 273:Argos 223:MOP-3 205:MOP-2 187:MOP-1 2201:LOFT 2176:EChO 2156:CSTS 2131:AIDA 2074:YES2 1866:FLEX 1751:SMOS 1745:GOCE 1679:LISA 1622:Gaia 1503:Hera 1404:SOHO 1258:FLPP 1106:Vega 990:2022 835:2022 633:2006 584:and 556:TBD 437:GERB 94:are 86:The 51:Main 2092:IXV 2062:ARD 1914:ISS 1586:ISO 1556:IUE 1211:ATV 1199:ESM 981:DLR 591:OHB 582:ESA 308:rpm 293:MBB 241:MTP 2361:: 1809:3B 1807:/ 1805:3A 1803:/ 1795:2C 1793:/ 1791:2B 1789:/ 1787:2A 1785:/ 1777:1B 1775:/ 1773:1A 1771:/ 672:. 623:. 601:. 514:. 424:. 420:, 416:, 303:. 299:, 295:, 291:, 243:) 225:) 207:) 189:) 171:) 1847:( 1467:/ 1045:e 1038:t 1031:v 992:. 964:. 956:( 938:. 901:. 862:. 837:. 815:. 761:. 736:. 711:. 686:. 655:. 635:. 239:( 221:( 203:( 185:( 167:( 69:) 65:( 61:. 20:)

Index

Meteosat Third Generation
EUMETSAT#Geostationary satellites
Main
Knowledge:Summary style

satellites
geostationary
meteorological satellites
EUMETSAT
Meteosat-1
Meteosat-2
graveyard orbit
Meteosat-3
Meteosat-4
Meteosat-5
Meteosat-6
Meteosat-7
Water Vapour
Meteosat Visible and Infrared Imager
instrument
Argos
AĂ©rospatiale
Cannes Mandelieu Space Centre
Matra
MBB
Selenia Spazio
Marconi Company
rpm

Meteosat-8

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