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GEOSTATIONARY SATELLITES

A geosynchronous satellite is a satellite whose orbital track on the Earth repeats regularly over points on the Earth over time. If such a satellite's orbit lies over the equator, it is called a geostationary satellite. The orbits of the satellites are known as the geosynchronous orbit and geostationary orbit. (Wikipedia definition)

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NameNORAD IDInt'l CodeLaunch datePeriod
[minutes]		LongitudeAction
EKRAN 195031976-107AOctober 26, 19761436.657.3° E
NATO 3B97851977-005AJanuary 28, 19771511.5151.2° E
OPS 315198031977-007AFebruary 6, 19771476.544.7° E
KIKU 2 (ETS 2)98521977-014AFebruary 23, 19771439.710.9° W
PALAPA 298621977-018AMarch 10, 19771439.581.5° W
ESA/GOES99311977-029AApril 20, 1977734170.1° W
OPS 9751100161977-038AMay 23, 19771436.766.8° E
HIMAWARI 1 (GMS 1)101431977-065AJuly 14, 19771450.968.5° E
SIRIO102941977-080AAugust 25, 19771436.174.7° E
EKRAN 2103651977-092ASeptember 20, 19771436.974.2° E
METEOSAT 1104891977-108ANovember 23, 19771434.562.3° E
OPS 4258105081977-114ADecember 11, 19771436.4175.5° W
SAKURA 1A (CS-1A)105161977-118ADecember 15, 19771455.8126.4° W
OPS 6391 (FLTSATCOM 1)106691978-016AFebruary 9, 19781454.524.7° W
OPS 8790107871978-038AApril 7, 19781433.3177.8° W
YURI (BSE)107921978-039AApril 7, 1978143641.2° E
OTS 2108551978-044AMay 11, 19781452.538.2° E
OPS 9454109411978-058AJune 10, 19781438.5126.2° E
COMSTAR 3109751978-068AJune 29, 19781451.778.3° E
GEOS 2109811978-071AJuly 14, 19781449165.7° W
NATO 3C111151978-106ANovember 19, 19781462.2157.6° E
ANIK B1 (TELESAT-4)111531978-116ADecember 16, 19781442.878.3° E
EKRAN 3112731979-015AFebruary 21, 19791435.998.6° E
OPS 6392 (FLTSATCOM 2)113531979-038AMay 4, 19791461.3128° E
OPS 7484113971979-053AJune 10, 19791458.389.4° W
WESTAR 3114841979-072AAugust 10, 19791440.970.4° E
OPS 1948115581979-086AOctober 1, 197914379.8° W
EKRAN 4115611979-087AOctober 3, 19791436.786.2° E
SATCOM 3116351979-101ADecember 7, 1979788.91.5° E
OPS 6393 (FLTSATCOM 3)116691980-004AJanuary 18, 19801437.5135.5° W
EKRAN 5118901980-060AJuly 15, 1980143680.8° W
OPS 6394 (FLTSATCOM 4)120461980-087AOctober 31, 19801455.372° E
SBS 1120651980-091ANovember 15, 19801442.627.4° E
EKRAN 6121201980-104ADecember 26, 19801435.465.7° E
ESIAFI 1 (COMSTAR 4)123091981-018AFebruary 21, 1981143672° E
METEOSAT 2125441981-057AJune 19, 19811458.68.1° W
APPLE125451981-057BJune 19, 19811439.4125° E
EKRAN 7125641981-061AJune 26, 19811436.971° E
FLTSATCOM 5126351981-073AAugust 6, 19811460.336.3° W
HIMAWARI 2 (GMS 2)126771981-076AAugust 10, 19811446.539.4° E
SBS 2128551981-096ASeptember 24, 19811437.810.8° E
SATCOM 3R129671981-114ANovember 20, 19811438154° E
MARECS A130101981-122ADecember 20, 19811515.2123.4° E
SATCOM 4130351982-004AJanuary 16, 19821445.821.1° W
EKRAN 8130561982-009AFebruary 5, 19821440.7157.7° E
WESTAR 4130691982-014AFebruary 26, 19821443.353.6° W
INSAT 1A131291982-031AApril 10, 19821436.2120° E
COSMOS 1366131771982-044AMay 17, 19821436.282.1° E
WESTAR 5132691982-058AJune 9, 19821451.470.5° W
ANIK D1 (TELESAT 6)134311982-082AAugust 26, 19821438.328° E
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