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started the development of a new family - Spacebus NEO. These new platforms will be available in various propulsion versions, including an all-electric one. The all-electric
Spacebus NEO, capable of carrying payloads weighing over 1,400 kg, and with power exceeding 16 kW, will be available
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Spacebus satellites consist of a satellite bus, which provides power, propulsion, and other subsystems necessary for the satellite's operation, and a payload which is customisable according to the customer's requirements. The bus was designed to be adaptable to perform various missions; however, as
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Eight
Spacebus 4000C3 satellites, each of which has a height of 5.1 metres (17 ft) and generates 13 kilowatts of power, have been ordered. SES Americom and Eutelsat ordered two spacecraft each. The Eutelsat spacecraft are being built using ITAR-free parts, and one of the satellites,
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structure. It contains fuel tanks, equipment to interface with a carrier rocket, and other critical systems. External panels contain equipment such as solar panels, payload, and engine. The payload, developed separately from the bus, takes up three panels. Once it has been outfitted with
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launched on an Ariane 5 on 2010-10-28 and was declared lost on 2010-10-30 due to a fuel leak. Eutelsat 21B was ordered by 9 June 2010.; and launched 10 November 2012; Eutelsat W3D ordered on 3 December 2010;, launched 2013-05-14; Russian satellite operator
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on 9 September. It is now undergoing on-orbit testing upon its arrival at 113° East about mid-September, where it will be used to provide communications to Asia and
Australia. It has enough fuel for 10 years of service, according to
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of the electrical system was increased from 50 volts to 100 volts, and an integrated onboard computer, designed to be more flexible than previous versions, was added. It was also the first satellite bus to be equipped with an
80:, is a useful starting point for translations, but translators must revise errors as necessary and confirm that the translation is accurate, rather than simply copy-pasting machine-translated text into the English Knowledge.
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Thales Alenia Space announced today that the Palapa-D communications satellite has been placed into a
Geostationary Transfer Orbit (GTO), which will enable starting a nominal Launch Early Operation Phase
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series. Later series' names were followed by a number indicating the approximate mass of the bus in kilograms. Spacebus designations were not retroactively applied to previously launched satellites.
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The
Spacebus 4000C2, which has a height of 4.5 metres (15 ft), generates 10.5 kilowatts of power. Five have been ordered, all using the ITAR-free option, by companies in the
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programme—the first time it had procured Yamal spacecraft that were not manufactured in Russia. Only one will be a
Spacebus, the second one is based on an Express-2000 platform.
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entered service. Spacebus 3000 satellites have masses from 2 to 6 tonnes (2.0 to 5.9 long tons; 2.2 to 6.6 short tons) and produce between 5 and 16 kW. Increasingly larger
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445:. The Spacebus designation was first applied to satellites which were under construction by AĂ©rospatiale when the programme started. These included three satellites for
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382:, was launched in 1985. Since then, seventy-four have been launched, with one more completed, and six outstanding orders. The launch of the 50th Spacebus satellite,
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Gazprom & Thales Alenia Space signed the contract for manufacturing 2 Yamal-400 comm. satellites, Cannes, 05 February 2009, Thales Alenia Space Press release,
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Spacebus 4000B3 satellites are 3.7 metres (12 ft) in height and generate 8.5 kilowatts of power. So far, five have been ordered, including two for the French
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of Russia to jointly develop the
Ekspress-4000 bus, based on the Spacebus 4000. The Ekspress-4000 is designed for direct injection into geostationary orbit by a
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The
Spacebus 4000C1 has a height of 4 metres (13 ft), and is capable of generating 8.5 kilowatts of electricity. The only C1 to have been ordered so far is
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Eutelsat selects Thales Alenia Space to build the EUTELSAT 8 West B satellite, boosting satellite broadcasting resources in the Middle East and North Africa
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The B series used the same basic structure as the 3000 series. The C version had a base measuring 2.2 by 2.0 metres (7.2 ft Ă— 6.6 ft).
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The
Spacebus 4000C4 bus is 5.5 metres (18 ft) high and can generate 16 kilowatts of power with its solar panels. Four have been ordered so far:
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The
Spacebus 2000 series was developed to use additional capacity provided by the Ariane 4. Its solar panels generated 3.5 kilowatts (4.7 hp).
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Do not translate text that appears unreliable or low-quality. If possible, verify the text with references provided in the foreign-language article.
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APT Orders Backup Satellite from Thales Alenia Space a deal valued at 112.3 million euros ($ 148.7 million) including the satellite control center
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of 2009, only communications satellites have been ordered. It was also designed to be adaptable when the capacity of launch systems increased.
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satellites, both of which were subsequently involved in launch failures. Spacebus Neo will be an electric propulsion satellite. A
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Pierre Madon, « Satellites de télécommunications : demain les Spacebus - signature accord franco-allemand », dans
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Successful launch for Ciel II satellite built by Thales Alenia Space, Thales Alenia Space Press release, 10 December 2008,
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The first version of the Spacebus 3000 was the Spacebus 3000A, originally developed for Arabsat. They were also ordered by
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Content in this edit is translated from the existing French Knowledge article at ]; see its history for attribution.
363:, and seventy-four have been launched since development started in the 1980s. Spacebus was originally produced by
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Thales Alenia Space to supply RASCOMSTAR-QAF with a new telecommunication satellite, Cannes, 9 September 2008,
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Guy Lebègue, (trad. Robert J. Amral), « Spacebus 3000: A Platform for 'Satellite Alliance' », in
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Christian Lardier, « Ariane-5 : un tir de l'industrie européenne – le 50e Spacebus », dans
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family. As the Ariane's performance has increased, the satellites' capacities have increased accordingly.
2013:
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Thales Alenia Space and NPO-PM to finalize an industrial cooperation agreement, Cannes, 6 December 2007,
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Thales Alenia Space has been commissioned to build the W3D satellite that will replace the W3B spacecraft
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870:, President of Thales Alenia Space, instead of the planned 15 years due to the orbit-raising maneuvers.
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THALES ALENIA SPACE CHOSEN TO BUILD ATHENA-FIDUS, THE FRENCH-ITALIAN DUAL TELECOMMUNICATIONS SYSTEM
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or other equipment, it is transported to Cannes-Mandelieu, where it is integrated onto the bus.
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were built using the Spacebus 300 bus, which provided 4.3 kilowatts (5.8 hp) of power.
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Spacebus satellites are compatible with a large number of carrier rockets, particularly the
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Eutelsat awards W3B telecom satellite to Thales Alenia Space, Cannes, 26 February 2008, on
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1763:, and its exhaustive lists of platforms, satellites and chronologies for all launchers
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Ariane 5 is poised for launch with a mixed civilian/military telecom satellite payload
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of Canada, which was launched on 10 December 2008, and three spacecraft for Eutelsat,
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1334:"Sixth successful Arianespace mission in 2007: RASCOM-QAF1 and Horizons-2 in orbit"
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The Spacebus 4000 series was derived from the 3000 series but featured upgraded
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and its chronological list of all satellites launched with detailed information
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Thales Alenia Space This Spacebus Has Terrific Options...Variety Of Versions
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Thales Alenia Space This Spacebus Has Terrific Options...Variety of Versions
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on 23 November 2009. and Eutelsat-8 West B, ordered on 11 October 2012.
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to the source of your translation. A model attribution edit summary is
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Thales Alenia Space wins Nilesat-201 satellite contract, 3 June 2008,
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386:, occurred in November 2007. It was a Spacebus 3000B3, launched by an
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1757:, particularly the permanent following of satellite orbital positions
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1316:"THALES ALENIA SPACE TO BUILD KOREASAT-7 AND KOREASAT-5A SATELLITES"
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and were launched on 1 October 2009, and in May 2010, respectively.
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2008:
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satellite was ordered to replace it, also based on the 4000B3 bus.
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748:. Stentor was lost in a launch failure on the maiden flight of the
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Chang Zheng-3B suffers third stage problem during Palapa-D launch
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On 6 December 2007, Thales Alenia Space signed an agreement with
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Indonesian satellite reaches preset orbit despite skewed launch
1412:"Palapa-D to be Salvaged After Being Launched into Wrong Orbit"
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ordered three. All were launched by Long March 3B rockets from
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1988:
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1461:"RASCOM-QAF1 satellite injected in final geostationary orbit"
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THALES ALENIA SPACE AND TELESPAZIO SIGN CONTRACT FOR SICRAL 2
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made corrections allowing the satellite to reach the planned
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Nine B3 satellites were ordered, three for Eutelsat, two for
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Palapa-D communications satellite now in geostationary orbit
752:. Galaxy 17 was successfully launched in 2007 for Intelsat.
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AĂ©rospatiale had produced a number of satellites, including
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Eutelsat Selects Thales Alenia Space to Build W6A Satellite
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Eutelsat Selects Thales Alenia Space to Build W6A Satellite
1134:(2006 ed.). Chichester: Springer-Praxis. p. 221.
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ordered two satellites, and Arabsat ordered one satellite,
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chemical engines to achieve orbit and subsequently perform
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THALES ALENIA SPACE ANNOUNCES START OF YAMAL-400 PROGRAMME
89:
to this template: there are already 1,480 articles in the
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ILS Proton Successfully Launches EUTELSAT 3D for Eutelsat
1390:, Thales Alenia Space Press_Releases, 9 September 2009,
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platform on the equator, at 03:27 GMT on 22 August 2006.
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Twelve 3000B2 satellites were ordered, five of them by
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The Spacebus 3000 was introduced around the time the
1368:, a Thales Alenia Space Press_Release, 3 September,
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For example, Spacebus 2000 means about 2,000 kg
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Eight Spacebus 4000B2 satellites have been ordered:
73:
651:allowed larger spacecraft to be produced. In 1991,
441:. On 9 December 1983, the two companies signed the
425:series, designed for use with the Ariane 5 rocket.
69:
a machine-translated version of the French article.
1183:: the new generation of Spacebus 3000 », in
2305:
600:One of the solar panels on the first satellite,
589:Three Spacebus 100 satellites were produced for
1229:See the launch, live on Arianespace videocorner
115:accompanying your translation by providing an
60:Click for important translation instructions.
47:expand this article with text translated from
2233:Consultative Committee for Space Data Systems
1811:
1775:Manufacturer documentation and press releases
1179:Guy Lebègue, (trad. Robert J. Amral), «
453:series, and five further satellites: two for
1825:
1527:Eutelsat W3C ordered, Paris, 12 March 2009,
401:Several variants have been built: the early
1130:Harland, David M; Lorenz, Ralph D. (2005).
721:. The final two were ordered by the German
417:carrier rocket; and the subsequent modular
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1804:
1409:
744:experimental communications satellite for
159:
2259:List of communication satellite companies
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1353:, on Nasa Spaceflight, 2 September 2009,
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998:The Konnect satellite, first Spacebus Neo
789:designed for use in geostationary orbit.
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515:to store this power are produced by the
2254:List of communications satellite firsts
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1410:de Selding, Peter (11 September 2009).
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1033:
663:joined to form the Satellite Alliance.
14:
2306:
2136:Shanghai Spacecom Satellite Technology
1696:, in Satnews Daily, 9 September 2014,
1471:
1240:
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1098:
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693:. A sixth order from Eutelsat was for
534:Spacebus satellites use bipropellant,
1799:
1683:www.thalesonline.com/space/Press-Room
1633:
1463:. Thales Alenia Space. Archived from
676:Sino Satellite Communications Company
558:system is used for attitude control.
2284:
943:also ordered two satellites for its
614:direct-to-home television satellites
507:The satellites are powered by rigid
356:. Spacebuses are typically used for
29:
1521:
1093:
861:on 3 September. It finally reached
836:Délégation Générale pour l'Armement
24:
1652:
1570:Eutelsat 21B launched with success
1403:
1123:
1055:
1041:"Thales in Alcatel satellite deal"
25:
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2324:Satellites using the Spacebus bus
1917:Automatic Tracking Satellite Dish
1705:
1557:, Satellite Today, 10 June 2010,
783:attitude and orbit control system
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1544:Eutelsat suffers spacecraft loss
1540:Eutelsat suffers spacecraft loss
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443:Franco-German Spacebus Agreement
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34:
1773:The Thales Alenia Space website
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1533:
1529:on line on www.satellites.co.uk
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1355:on line www.nasaspaceflight.com
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945:Yamal (satellite constellation)
928:Xichang Satellite Launch Centre
607:
593:to serve the 22 members of the
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1112:
1084:
1068:
1065:, N° 2100, du 16 novembre 2007
582:Deployment of Arabsat-1B from
413:, optimised for launch on the
378:The first Spacebus satellite,
125:You may also add the template
13:
1:
1336:. Arianespace. Archived from
1027:
1022:Comparison of satellite buses
527:, while later spacecraft use
350:Cannes Mandelieu Space Center
2238:ETSI Satellite Digital Radio
1962:Very-small-aperture terminal
1641:on line www.thalesonline.com
1542:, BBC News 30 October 2010,
1414:. Space News. Archived from
873:The first Rascom satellite,
859:geostationary transfer orbit
689:, one of which later became
7:
2014:Digital audio radio service
1922:Motor-driven Satellite dish
1767:The Spacecraft Encyclopedia
1743:GPX (secondary coordinates)
1604:on line www.thalesgroup.com
1392:on line www.thalesgroup.com
1370:on line www.thalesgroup.com
1017:List of Spacebus satellites
1010:
97:will aid in categorization.
10:
2340:
1660:On line space.skyrocket.de
1499:, SpaceNews, 30 April 2010
1442:on line news.xinhuanet.com
1440:, China view, 2009-09-12,
1268:online www.thalesgroup.com
912:People's Republic of China
705:company that later became
480:
437:, with the German company
428:
371:. In 2006, it was sold to
127:{{Translated|fr|Spacebus}}
72:Machine translation, like
2319:European space programmes
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2246:
2225:
2174:
2069:Relay satellite companies
2068:
2022:
1970:
1889:
1866:High-throughput satellite
1851:Satellite Internet access
1833:
1755:Encyclopedia Astronautica
1738:GPX (primary coordinates)
1713:Map all coordinates using
1484:14 September 2008 at the
1447:22 September 2009 at the
1284:27 September 2011 at the
561:
525:nickel-hydrogen batteries
463:Swedish Space Corporation
361:communications satellites
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49:the corresponding article
1827:Satellite communications
1791:Watch an Ariane 5 launch
1721:Download coordinates as:
1646:25 November 2008 at the
1627:24 February 2012 at the
1609:27 February 2009 at the
1302:24 February 2012 at the
1200:Spacebus 3000 chronology
1043:. BBC News. 5 April 2006
556:three-axis stabilisation
523:. Early satellites used
375:as Thales Alenia Space.
2175:Satellite manufacturers
1177:(in French and English)
1119:Spacebus 100 chronology
1103:(in French and English)
896:. It was launched by a
459:TéléDiffusion de France
390:rocket flying from the
136:For more guidance, see
1234:4 October 2010 at the
1132:Space Systems Failures
1007:starting in mid-2015.
999:
769:
632:
586:
27:Brand of satellite bus
1733:GPX (all coordinates)
1205:23 March 2010 at the
997:
799:for Bangabandhu-1 of
763:
740:for Turksat, and the
627:
581:
529:lithium-ion batteries
138:Knowledge:Translation
109:copyright attribution
1841:Satellite television
1515:2 March 2008 at the
1510:www.thalesonline.com
1397:27 July 2011 at the
1375:27 July 2011 at the
369:Alcatel Alenia Space
367:and later passed to
2226:Trade organizations
2217:Thales Alenia Space
2030:Astra Digital Radio
2023:Broadcast companies
1952:Satellite data unit
1761:Gunter’s Space Page
1479:www.thalesgroup.com
1340:on 25 January 2008.
1004:Thales Alenia Space
863:geostationary orbit
855:Thales Alenia Space
768:, a Spacebus 4000C2
699:Nordic Satellite AB
661:Space Systems/Loral
631:-1, a Spacebus 2000
544:Electric propulsion
497:composite honeycomb
491:The bus is made of
469:, which became the
455:Deutsche Bundespost
449:, which became the
392:Guiana Space Centre
354:Thales Alenia Space
182:Thales Alenia Space
155:
2045:Sirius XM Holdings
1936:Parabolic antennas
1187:, n°130, July 1996
1185:Revue aerospatiale
1107:Revue aerospatiale
1081:N° 6, février 1984
1077:Revue aerospatiale
1000:
770:
633:
587:
409:; followed by the
153:
117:interlanguage link
2299:
2298:
1856:Amateur satellite
1418:on 5 January 2013
1109:, n°99, June 1993
736:for GE Americom,
695:Eutelsat 8 West A
398:, French Guiana.
339:
338:
188:Country of origin
168:, a Spacebus 3000
149:
148:
61:
57:
16:(Redirected from
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2287:
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2275:
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2202:Northrop Grumman
1881:Carriage dispute
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1813:
1806:
1797:
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1787:, press releases
1781:, press releases
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1467:on 4 March 2008.
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1063:Air & Cosmos
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649:payload fairings
546:was used on the
348:produced at the
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96:
95:|topic=
93:, and specifying
78:Google Translate
59:
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37:
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2314:Satellite buses
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2300:
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2242:
2221:
2197:Lockheed Martin
2170:
2076:AST SpaceMobile
2064:
2018:
1972:Satellite radio
1966:
1947:Satellite modem
1942:Satellite phone
1927:Multi-satellite
1885:
1871:Relay satellite
1846:Satellite radio
1829:
1824:
1751:
1750:
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45:You can help
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18:Spacebus 4000
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2040:Dish Network
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1436:Bi Mingxin,
1432:
1422:11 September
1420:. Retrieved
1416:the original
1405:
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1338:the original
1328:
1320:Thales Group
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1155:Spacebus 300
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1045:. Retrieved
1035:
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990:Spacebus NEO
977:
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936:Eutelsat W3B
932:
909:
883:
879:Rascom-QAF1R
872:
844:
838:and two for
833:
794:
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771:
727:
703:Scandinavian
691:Eutelsat 28A
680:
674:and China's
665:
653:AĂ©rospatiale
642:
634:
611:
608:Spacebus 300
599:
588:
583:
574:Spacebus 100
565:
533:
509:solar panels
506:
502:transponders
493:carbon fibre
490:
486:
477:Architecture
471:Spacebus 300
451:Spacebus 100
442:
432:
407:Spacebus 300
403:Spacebus 100
400:
377:
373:Thales Group
365:AĂ©rospatiale
341:
340:
206:Applications
178:Manufacturer
166:Eutelsat 28A
150:
113:edit summary
104:
84:
56:(March 2013)
54:
46:
2126:SED Systems
2060:1worldspace
1876:Transponder
1181:Arabasat 2A
894:South Korea
875:Rascom-QAF1
845:The fifth,
817:Nilesat 201
815:of Norway,
750:Ariane 5ECA
732:of Brazil,
595:Arab League
384:Star One C1
328:Last launch
247:Design life
2308:Categories
2091:Globalstar
1028:References
898:Sea Launch
886:Koreasat 5
805:Turksat 3A
801:Bangladesh
764:Satellite
738:Turksat 2A
723:Bundeswehr
719:Arabsat-3A
709:, ordered
707:SES Sirius
685:for their
602:Arabsat-1A
461:, and the
457:, two for
380:Arabsat-1A
267:Production
1897:SAT>IP
1779:Spacemart
1002:In 2014,
903:from the
901:Zenit-3SL
847:Palapa D1
766:Apstar VI
584:Discovery
513:Batteries
435:Symphonie
131:talk page
83:Consider
51:in French
2278:Category
2146:Starlink
2141:Star One
2111:Intelsat
2106:Inmarsat
2096:Hispasat
2086:Eutelsat
2081:EchoStar
1957:Spacebus
1890:Hardware
1644:Archived
1625:Archived
1607:Archived
1513:Archived
1482:Archived
1445:Archived
1395:Archived
1373:Archived
1300:Archived
1282:Archived
1232:Archived
1203:Archived
1011:See also
986:rocket.
984:Proton-M
916:Chinasat
774:avionics
730:Star One
715:Hispasat
711:Sirius 2
687:W Series
683:Eutelsat
672:Thailand
645:Ariane 5
552:Astra 1K
519:company
415:Ariane 4
388:Ariane 5
342:Spacebus
296:Launched
280:On order
250:15 years
154:Spacebus
107:provide
2290:Commons
2161:Turksat
2151:Telesat
2121:Iridium
2055:Allente
2035:DirecTV
2009:ISDB-S3
2004:DVB-S2X
1994:DVB-RCS
941:Gazprom
926:at the
851:Indosat
821:Nilesat
813:Telenor
778:voltage
742:Stentor
629:Hotbird
591:Arabsat
548:Stentor
517:Belgian
495:with a
447:Arabsat
429:History
129:to the
111:in the
53:.
2207:SpaceX
2187:Boeing
2182:Airbus
2166:Viasat
2156:Tooway
2101:Hughes
2050:Sky UK
1999:DVB-S2
1984:DVB-SH
1907:DiSEqC
1138:
1047:5 July
980:NPO PM
968:Proton
952:Ciel 2
809:Thor 6
776:. The
657:Alenia
568:Ariane
562:Models
467:Tele-X
396:Kourou
304:Failed
272:Status
237:Regime
200:France
197:
2247:Lists
2192:INVAP
1989:S-DMB
1912:USALS
825:Egypt
785:with
734:GE-12
612:Five
344:is a
288:Built
232:16 kW
229:Power
74:DeepL
1424:2009
1136:ISBN
1049:2009
954:for
888:for
849:for
819:for
811:for
746:CNES
701:, a
659:and
550:and
521:ETCA
423:4000
421:and
405:and
323:1985
312:Lost
105:must
103:You
67:View
2212:SSL
2131:SES
1728:KML
960:W2A
892:of
829:ASI
823:of
670:of
465:'s
394:in
76:or
2310::
1976:TV
1974:/
1318:.
1242:^
1192:^
1095:^
964:W7
962:,
930:.
914:.
842:.
803:,
697:.
678:.
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597:.
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299:74
291:74
1938:)
1934:(
1819:e
1812:t
1805:v
1426:.
1144:.
1079:,
1051:.
315:4
307:1
283:7
140:.
133:.
20:)
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