GOES 6

NOAA weather satellite
GOES-6
Artist's impression of an HS-371 derived GOES satellite
Mission typeWeather satellite
OperatorNOAA / NASA
COSPAR ID1983-041A Edit this at Wikidata
SATCAT no.14050
Mission duration7 years (planned)
6 years (VISSR)
9 years (achieved)
Spacecraft properties
BusHS-371
ManufacturerHughes
Launch mass660 kilograms (1,460 lb)
Start of mission
Launch date28 April 1983, 22:26 (1983-04-28UTC22:26Z) UTC
RocketDelta 3914
Launch siteCape Canaveral LC-17A
ContractorMcDonnell Douglas
End of mission
DisposalDecommissioned
Deactivated19 May 1992 (1992-05-20)
Orbital parameters
Reference systemGeocentric
RegimeGeostationary
Longitude135° West (1983-1984)
97° West (1984)
108° West (1984-1987)
135° West (1987-1992)
SlotGOES-WEST (1983-1984, 1987-1992)
Semi-major axis42,151.0 kilometers (26,191.4 mi)
Perigee altitude35,759.4 kilometers (22,219.9 mi)
Apogee altitude35,800.9 kilometers (22,245.6 mi)
Inclination14.7°
Period1,435.1 minutes
 

GOES-6, known as GOES-F before becoming operational, was a geostationary weather satellite which was operated by the United States National Oceanic and Atmospheric Administration as part of the Geostationary Operational Environmental Satellite system.[1] Launched in 1983, it was used for weather forecasting in the United States.

GOES-6 was built by Hughes Space and Communications, and was based on the HS-371 satellite bus. At launch it had a mass of 660 kilograms (1,460 lb),[2] with an expected operational lifespan of around seven years.

Launch

GOES-F was launched using a Delta 3914 carrier rocket[3] flying from Launch Complex 17A at the Cape Canaveral Air Force Station.[4] The launch occurred at 22:26 GMT on 28 April 1983.[5]

Orbit

The launch successfully placed GOES-F into a geosynchronous transfer orbit, from which it raised itself to geostationary orbit by means of an onboard Star 27 apogee motor, with insertion occurring on 9 May 1983.[6]

Following insertion into geosynchronous orbit, GOES-6 was positioned at 135° West. In 1984 it was moved, initially to 97° West, and later to 108° West to cover for the failure of the Visible Infrared Spin-Scan Radiometer on GOES-5. After GOES-7 replaced GOES-5 in 1987, GOES-6 was returned to 135° West, where it remained for the rest of its operational life.[4] Its imager had failed on 21 January 1989,[1] leaving GOES-7 as the only operational GOES satellite for over five years, until the launch of GOES-8 in 1994. Following this failure, it remained operational as a relay satellite until it was retired to a graveyard orbit on 19 May 1992.[1][6]

Launch of GOES-F on a Delta 3914

See also

  • Spaceflight portal

References

  1. ^ a b c "GOES-6". The GOES Program - ESE 40th Anniversary. NASA. Archived from the original on 2006-10-04. Retrieved 2009-08-15.
  2. ^ "GOES-6". NSSDC Master Catalog. US National Space Science Data Center. Retrieved 2009-08-15.
  3. ^ Krebs, Gunter. "GOES 4, 5, 6, G, 7". Gunter's Space Page. Retrieved 2009-08-15.
  4. ^ a b Wade, Mark. "GOES". Encyclopedia Astronautica. Archived from the original on February 21, 2002. Retrieved 2009-08-15.
  5. ^ McDowell, Jonathan. "Launch Log". Jonathan's Space Page. Retrieved 2009-08-15.
  6. ^ a b McDowell, Jonathan. "Index". Geostationary Orbit Catalog. Jonathan's Space Page. Archived from the original on 2010-04-06. Retrieved 2009-08-15.
  • v
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Orbital launches in 1983
January
  • Kosmos 1437
  • Unnamed
February
  • OPS 0252
  • OPS 0252 SSU-1
  • OPS 0252 SSU-2
  • OPS 0252 SSU-3
March
April
May
June
July
  • OPS 7304
August
September
October
November
Unknown
month
  • Kosmos 1428
  • Kosmos 1429
  • Kosmos 1430
  • Kosmos 1431
  • Kosmos 1432
  • Kosmos 1433
  • Kosmos 1434
  • Kosmos 1435
  • Kosmos 1436
  • IRAS
  • PIX-2
  • Kosmos 1438
  • Sakura 2a
  • Kosmos 1439
  • LIPS-2
  • Kosmos 1440
  • Kosmos 1441
  • Tenma
  • Kosmos 1442
  • Kosmos 1444
  • Molniya-3 No.34
  • Ekran No.18L
  • Kosmos 1445
  • Kosmos 1446
  • Molniya-1-56
  • Astron
  • Kosmos 1447
  • Kosmos 1448
  • Kosmos 1449
  • Molniya-1 No.68
  • Kosmos 1450
  • Gran' No.23L
  • Kosmos 1451
  • Satcom 1R
  • Kosmos 1452
  • Rohini RS-D2
  • Kosmos 1453
  • Kosmos 1454
  • Kosmos 1455
  • Kosmos 1456
  • Kosmos 1457
  • Kosmos 1458
  • GOES 6
  • Kosmos 1459
  • Kosmos 1460
  • Kosmos 1461
  • Kosmos 1462
  • Kosmos 1463
  • Kosmos 1464
  • Kosmos 1465
  • Kosmos 1466
  • EXOSAT
  • Kosmos 1467
  • Venera 15
  • Venera 16
  • Kosmos 1468
  • Kosmos 1469
  • Kosmos 1470
  • HILAT
  • Kosmos 1471
  • Galaxy 1
  • Gorizont No.17L
  • Prognoz 9
  • Kosmos 1472
  • Kosmos 1473
  • Kosmos 1474
  • Kosmos 1475
  • Kosmos 1476
  • Kosmos 1477
  • Kosmos 1478
  • Kosmos 1479
  • Kosmos 1480
  • Kosmos 1481
  • Kosmos 1482
  • OPS 7994
  • Molniya-1 No.66
  • Kosmos 1483
  • Kosmos 1484
  • Kosmos 1485
  • Telstar 301
  • Kosmos 1486
  • Kosmos 1487
  • Sakura 2b
  • Kosmos 1488
  • Kosmos 1489
  • Kosmos 1490
  • Kosmos 1491
  • Kosmos 1492
  • Fanhui Shi Weixing 6
  • Kosmos 1493
  • Gran' No.24L
  • Molniya-3 No.32
  • Kosmos 1494
  • Kosmos 1495
  • Kosmos 1496
  • Satcom 2R
  • Kosmos 1497
  • Kosmos 1498
  • Kosmos 1499
  • Galaxy-2
  • Soyuz 7K-ST No. 16L
  • Kosmos 1500
  • Ekran No.25L
  • Kosmos 1501
  • Kosmos 1502
  • Kosmos 1503
  • Kosmos 1504
  • Kosmos 1505
  • Kosmos 1506
  • Meteor-2 No.10
  • Kosmos 1507
  • Kosmos 1508
  • Kosmos 1509
  • OPS 1294
  • Molniya-1 No.48
  • Kosmos 1510
  • Kosmos 1511
  • Gorizont No.18L
  • Kosmos 1512
  • Kosmos 1513
  • Kosmos 1514
  • Kosmos 1515
  • Molniya-3 No.35
  • Kosmos 1516
  • Kosmos 1517
  • Kosmos 1518
  • Kosmos 1519
  • Kosmos 1520
  • Kosmos 1521
Launches are separated by dots ( • ), payloads by commas ( , ), multiple names for the same satellite by slashes ( / ).
Crewed flights are underlined. Launch failures are marked with the † sign. Payloads deployed from other spacecraft are (enclosed in parentheses).