GOES-4, known as GOES-D 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 1980, it was used for weather forecasting in the United States, and later in Europe. Following its retirement it became the first satellite to be sent into a graveyard orbit.
GOES-D before launch | |
| Mission type | Weather satellite |
|---|---|
| Operator | NOAA/NASA |
| COSPAR ID | 1980-074A |
| SATCAT no. | 11964 |
| Mission duration | 7 years (planned) 8.2 years (achieved) |
| Spacecraft properties | |
| Bus | HS-371 |
| Manufacturer | Hughes |
| Launch mass | 660 kilograms (1,460 lb) |
| Start of mission | |
| Launch date | 9 September 1980, 22:27 (1980-09-09UTC22:27Z) UTC |
| Rocket | Delta 3914 |
| Launch site | Cape Canaveral LC-17A |
| Contractor | McDonnell Douglas |
| End of mission | |
| Disposal | Decommissioned |
| Deactivated | 9 October 1988 (1988-10-10) |
| Orbital parameters | |
| Reference system | Geocentric |
| Regime | Geostationary |
| Longitude | 98° West (1980-1981) 135° West (1981-1983) 139° West (1983-1984) 10° West (1985) 44° West (1985-1988) |
| Slot | GOES-WEST (1981-1983) |
| Period | 24 hours |

GOES-4 was built by Hughes Space and Communications, and was based around 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.[3] It was the first HS-371 based GOES satellite.[4]
GOES-D was launched using a Delta 3914 carrier rocket flying from Launch Complex 17A at the Cape Canaveral Air Force Station.[5] The launch occurred at 22:27 GMT on 9 September 1980.[6] The launch successfully placed GOES-D into a geosynchronous transfer orbit, from which it raised itself to geostationary orbit by means of an onboard Star-27 apogee motor. Its insertion into geostationary orbit occurred at 12:00 on 11 September.[7]
Following its insertion into geostationary orbit, GOES-4 was positioned at 98° West. In 1981, it was moved to 135° West, where it remained until 1983 when it was moved to 139° West (1983–1984). In 1985 it was repositioned at 10° West, and later 44° West, where it provided coverage of Europe for EUMETSAT following the failure of the Meteosat-2 spacecraft.[8]
Following the end of its operations over Europe, GOES-4 was retired from service. It became the first spacecraft to be raised out of geosynchronous orbit, into a graveyard orbit for disposal.[9] This was accomplished on 9 November 1988, using remaining propellent in the satellite's station-keeping thrusters.
Geostationary Operational Environmental Satellites | ||
|---|---|---|
| ||
| SMS (predecessor) |
| |
| SMS derived | ||
| 1st generation | ||
| 2nd generation | ||
| 3rd generation | ||
| 4th generation | ||
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← 1979 · Orbital launches in 1980 · 1981 → | |
|---|---|
Kosmos 1149 | Molniya 1-46 | OPS 6293 | Kosmos 1150 | Kosmos 1151 | Kosmos 1152 | Kosmos 1153 | Kosmos 1154 | Kosmos 1155 | OPS 2581 | OPS 5117 | Kosmos 1156 · Kosmos 1157 · Kosmos 1158 · Kosmos 1159 · Kosmos 1160 · Kosmos 1161 · Kosmos 1162 · Kosmos 1163 | Kosmos 1164 | SolarMax | Tansei-4 | Gran' No.16L | Kosmos 1165 | Ayame-2 | OPS 7245 (SSU-1 · SSU-2 · SSU-3) | Kosmos 1166 | Kosmos 1167 | Kosmos 1168 | Kosmos 1169 | Progress 8 | Kosmos 1170 | Kosmos 1171 | Soyuz 35 | Kosmos 1172 | Kosmos 1173 | Kosmos 1174 | Kosmos 1175 | OPS 5118 | Progress 9 | Kosmos 1176 | Kosmos 1177 | Kosmos 1178 | Kosmos 1179 | Kosmos 1180 | Kosmos 1181 | Kosmos 1182 | CAT-2 · Firewheel · FIRE B · FIRE C · FIRE D · FIRE E · Amsat-P3A | Soyuz 36 | Kosmos 1183 | NOAA-B | Kosmos 1184 | Soyuz T-2 | Kosmos 1185 | Kosmos 1186 | Kosmos 1187 | Gorizont No.15L | Kosmos 1188 | Meteor-Priroda No.3-1 | OPS 3123 | Molniya 1-47 | Kosmos 1189 | Progress 10 | Kosmos 1190 | Kosmos 1191 | Kosmos 1192 · Kosmos 1193 · Kosmos 1194 · Kosmos 1195 · Kosmos 1196 · Kosmos 1197 · Kosmos 1198 · Kosmos 1199 | Kosmos 1200 | Ekran No.19L | DMSP-5D1 F5 | Kosmos 1201 | Rohini RS-1B | Molniya 3-13 | Soyuz 37 | Kosmos 1202 | Kosmos 1203 | Kosmos 1204 | Kosmos 1205 | Kosmos 1206 | Kosmos 1207 | Kosmos 1208 | | Meteor 2-06 | GOES 4 | Soyuz 38 | Kosmos 1210 | Kosmos 1211 | Kosmos 1212 | Progress 11 | Kosmos 1213 | Gran' No.17L | Kosmos 1214 | Kosmos 1215 | Kosmos 1216 | Kosmos 1218 | Soyuz T-3 | Kosmos 1217 | OPS 6294 | Kosmos 1219 | Kosmos 1220 | Kosmos 1221 | SBS 1 | Molniya 1-48 | Kosmos 1222 | Kosmos 1224 | Kosmos 1225 | Intelsat V F-2 | OPS 3255 (SSU-1 · SSU-2 · SSU-3) · LIPS-1 | Kosmos 1226 | OPS 5805 | Kosmos 1227 | Kosmos 1228 · Kosmos 1229 · Kosmos 1230 · Kosmos 1231 · Kosmos 1232 · Kosmos 1233 · Kosmos 1234 · Kosmos 1235 | Prognoz 8 | Ekran No.20L | Kosmos 1236 | |
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). |