AsiaSat 1 was a Hong Kong communications satellite, which was owned, and was operated, by the Hong Kong based Asia Satellite Telecommunications Company. It was positioned in geostationary orbit at a longitude of 100.5° East. It spent its operational life at 100.5° East,[1] from where it was used to provide fixed satellite services, including broadcasting, audio and data transmission, to Asia and the Pacific Ocean.[2]
Names | Westar 6 |
---|---|
Mission type | Communications |
Operator | AsiaSat |
COSPAR ID | 1990-030A |
SATCAT no. | 20558 |
Website | https://www.asiasat.com |
Mission duration | 9 years (planned) 12.5 years (achieved) |
Spacecraft properties | |
Spacecraft | AsiaSat-1 |
Bus | HS-376 |
Manufacturer | Hughes Space and Communications |
Launch mass | 1,244 kg (2,743 lb) |
Dry mass | 620 kg (1,370 lb) |
Dimensions | 2.16 m (7 ft 1 in) diameter 6.6 m (22 ft) height stowed: 2.84 m (9 ft 4 in) |
Power | 850 watts |
Start of mission | |
Launch date | 7 April 1990, 13:30:02 UTC |
Rocket | Long March 3 |
Launch site | Xichang, LA-3 |
Contractor | CGWIC |
Entered service | June 1990 |
End of mission | |
Disposal | Graveyard orbit |
Deactivated | January 2003 |
Orbital parameters | |
Reference system | Geocentric orbit |
Regime | Geostationary orbit |
Longitude | 100.5° East (1990–1999) 122° East (1999–2003) |
Transponders | |
Band | 24 C-band |
Bandwidth | 36 MHz |
Coverage area | Asia, Pacific Ocean |
AsiaSat constellation |
AsiaSat 1 was built by Hughes Space and Communications. It is based on the HS-376 satellite bus. At launch, it had a mass of 1,244 kg (2,743 lb),[2] and a design life of thirteen years. It carries twenty four C-band transponders.[1]
The launch of AsiaSat 1 was contracted to the China Great Wall Industry Corporation (CGWIC), and used a Long March 3 launch vehicle. The launch was conducted from Xichang Launch Area 3 (LA-3) at the Xichang Satellite Launch Centre at 13:30:02 UTC on 7 April 1990.[3]
Westar 6 was launched from the space shuttle in February 1984. Its PAM-D misfired, however, and the satellite was stranded in a useless low orbit. It was retrieved by shuttle astronauts in November 1984, and Hughes was contracted to refurbish it. Westar 6 was eventually sold, for US$58 million, to the AsiaSat consortium and renamed AsiaSat 1.[2]
Asiasat 1 was replaced by AsiaSat 3S in May 1999.
AsiaSat satellites | |
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Future spacecraft in italics. |
Chinese spacecraft | |
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Earth observation | |
Communication and engineering |
|
Data relay satellite system |
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Satellite navigation system |
|
Astronomical observation | |
Lunar exploration |
|
Planetary exploration |
|
Microsatellites |
|
Future spacecraft in italics. |
← 1989 · Orbital launches in 1990 · 1991 → | |
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Skynet 4A · JCSAT-2 | STS-32 (Leasat 5) | Kosmos 2055 | Kosmos 2056 | SPOT-2 · UoSAT-3 · UoSAT-4 · Pacsat · DOVE · Webersat · LUSat | Molniya-3 No.53L | Hiten · Hagoromo | USA-50) | Kosmos 2057 | Kosmos 2058 | Zhongxing 3 | Kosmos 2059 | Momo 1b · Orizuru · Fuju 1b | Soyuz TM-9 | USA-51 · USA-52 | Gran' No.35L | Superbird B · BS 2x | Nadezhda No.405 | Okean-O1 No.5 | STS-36 (USA-53) | Progress M-3 | Intelsat 603 | Kosmos 2060 | Kosmos 2061 | Kosmos 2062 | USA-54 | Kosmos 2063 | Ofek-2 | Unnamed | Pegsat · USA-55 | Kosmos 2064 · Kosmos 2065 · Kosmos 2066 · Kosmos 2067 · Kosmos 2068 · Kosmos 2069 · Kosmos 2070 · Kosmos 2071 | AsiaSat 1 | USA-56 · USA-57 · USA-58 | Foton No.6L | Kosmos 2072 | Palapa B2R | Kosmos 2073 | Kosmos 2074 | STS-31 (Hubble) | Kosmos 2075 | Molniya-1 No.71 | Kosmos 2076 | Progress 42 | Kosmos 2077 | MacSat 1 · MacSat 2 | Kosmos 2078 | Kosmos 2079 · Kosmos 2080 · Kosmos 2081 | Kosmos 2082 | Resurs-F1 No.50 | Kristall | ROSAT | USA-59 · USA-60 · USA-61 · USA-62 | INSAT-1D | Molniya 3 No.47L | Kosmos 2083 | Gorizont No.30L | Kosmos 2084 | Intelsat 604 | Meteor-2 No.23 | Unnamed | Gamma | Badr-1 · Optus-MFS | Resurs-F2 No.5 | Kosmos 2085 | Kosmos 2086 | TDF 2 · DFS Kopernikus 2 | Kosmos 2087 | CRRES | Kosmos 2088 | Soyuz TM-10 | USA-63 | Kosmos 2089 | Kosmos 2090 · Kosmos 2091 · Kosmos 2092 · Kosmos 2093 · Kosmos 2094 · Kosmos 2095 | Ekran-M No.14L | Molniya-1T No.68 | Progress M-4 | Resurs-F1 No.49 | Marco Polo 2 | Kosmos 2096 | Kosmos 2097 | Yuri 3a | Kosmos 2098 | Skynet 4C · Eutelsat II F-1 | Kosmos 2099 | Fengyun I-02 · Qiqiuweixing 1 · Qiqiuweixing 2 | Resurs-F1 No.51 | Kosmos 2100 | Molniya-3 No.54L | Progress M-5 | Meteor-2 No.25 | Kosmos 2101 | USA-64 | Unnamed | FSW-1 No.3 | STS-41 (Ulysses) | SBS 6 · Westar 6S | Kosmos 2102 | Inmarsat-2F1 | Gorizont No.32L | USA-65 | Kosmos 2103 | STS-38 (USA-67 · Prowler) | Kosmos 2104 | Kosmos 2105 | Satcom C1 · GStar 4 | Molniya 1T No.70 | Gorizont No.33L | USA-66 | Kosmos 2106 | USA-68 | STS-35 | Soyuz TM-11 | Kosmos 2107 | Kosmos 2108 | Kosmos 2109 · Kosmos 2110 · Kosmos 2111 | Kosmos 2112 | Gran' No.37L | Kosmos 2113 | Kosmos 2114 · Kosmos 2115 · Kosmos 2116 · Kosmos 2117 · Kosmos 2118 · Kosmos 2119 | Kosmos 2120 | Globus No.12 | |
Payloads are separated by bullets ( · ), launches by pipes ( | ). Crewed flights are indicated in underline. Uncatalogued launch failures are listed in italics. Payloads deployed from other spacecraft are denoted in (brackets). |