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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Name	NORAD ID	Int'l Code	Launch date	Period [minutes]	Longitude
STTW-T1	14670	1984-008A	January 29, 1984	159.4	27.1° E
ARABSAT 1B	15825	1985-048C	June 17, 1985	1434	62.4° W
STTW-T2	14899	1984-035A	April 8, 1984	1434.5	89° E
EKRAN 9	13554	1982-093A	September 16, 1982	1435.1	71.3° E
TELECOM 1B	15678	1985-035B	May 8, 1985	1435.2	160.4° W
INSAT 1B	14318	1983-089B	August 30, 1983	1435.7	127.6° E
EKRAN 11	14377	1983-100A	September 29, 1983	1435.7	50.3° E
SATCOM C5	13631	1982-105A	October 28, 1982	1436.1	106.2° W
GSTAR 1	15677	1985-035A	May 8, 1985	1436.1	105.6° W
COSMOS 1540	14783	1984-022A	March 2, 1984	1436.2	71.9° E
ARABSAT 1A	15560	1985-015A	February 8, 1985	1436.2	148.8° E
PALAPA B1	14134	1983-059C	June 18, 1983	1437.1	139.5° E
GALAXY 2	14365	1983-098A	September 22, 1983	1437.3	46.9° W
INTELSAT 511	15873	1985-055A	June 30, 1985	1438.4	12.2° W
GALAXY 1	14158	1983-065A	June 28, 1983	1438.5	91.1° E
CHINASAT 5 (SPACENET 1)	14985	1984-049A	May 23, 1984	1440	178.8° W
SBS 3	13651	1982-110B	November 11, 1982	1440.9	149.8° E
ANIK C3 (TELESAT-5)	13652	1982-110C	November 11, 1982	1441.5	54.2° E
TELSTAR 303	15826	1985-048D	June 17, 1985	1441.6	168.4° E
SATCOM 1R	13984	1983-030A	April 11, 1983	1442.2	104.8° E
HIMAWARI 3 (GMS 3)	15152	1984-080A	August 2, 1984	1442.4	32.1° E
GALAXY 3	15308	1984-101A	September 21, 1984	1442.4	143.4° W
TELSTAR 302	15237	1984-093D	August 30, 1984	1443.2	133° W
SPACENET 2	15385	1984-114A	November 10, 1984	1443.5	117.8° E
NAHUEL I1 (ANIK C1)	15642	1985-028B	April 12, 1985	1444.8	178.2° E
BRAZILSAT 1	15561	1985-015B	February 8, 1985	1446.5	17.9° W
ARABSAT 1DR (TELSTAR 3A)	14234	1983-077A	July 28, 1983	1446.8	165° E
MORELOS 1	15824	1985-048B	June 17, 1985	1447.7	122.2° W
SATCOM 2R	14328	1983-094A	September 8, 1983	1448.5	162.7° E
SAKURA 2A (CS-2A)	13782	1983-006A	February 4, 1983	1448.6	36.5° W
NAHUEL I2 (ANIK C2)	14133	1983-059B	June 18, 1983	1452.8	71.4° E
YURI 2A (BS-2A)	14659	1984-005A	January 23, 1984	1453.8	70.2° W
ARABSAT 1D (ANIK D2)	15383	1984-113B	November 8, 1984	1455.9	171° E
EUTELSAT 1-F1 (ECS 1)	14128	1983-058A	June 16, 1983	1456.5	90.7° W
USA 7	15453	1984-129A	December 22, 1984	1456.6	52.2° W
SAKURA 2B (CS-2B)	14248	1983-081A	August 5, 1983	1457.3	84.5° E
EUTELSAT 1-F2 (ECS 2)	15158	1984-081A	August 4, 1984	1457.5	113.9° E
SBS 4	15235	1984-093B	August 30, 1984	1458	154° W
TDRS 1	13969	1983-026B	April 4, 1983	1458.4	119.3° W
OPS 7641	14930	1984-037A	April 14, 1984	1459.2	176.4° W
LEASAT 1	15384	1984-113C	November 8, 1984	1461.2	1.4° W
TELECOM 1A	15159	1984-081B	August 4, 1984	1463.5	172.8° W
LEASAT 2	15236	1984-093C	August 30, 1984	1477.6	173.4° W
LEASAT 3	15643	1985-028C	April 12, 1985	1485.1	47.3° W
EKRAN 12	14821	1984-028A	March 16, 1984	1499	84.2° W
EKRAN 13	15219	1984-090A	August 24, 1984	1499.6	130.7° E
MARECS B2	15386	1984-114B	November 10, 1984	1501.1	114° W
EKRAN 10	13878	1983-016A	March 12, 1983	1515.3	144.6° E
NATO 3D	15391	1984-115A	November 14, 1984	1516.5	177.7° W
EKRAN 14	15626	1985-024A	March 22, 1985	1519	131.9° W

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