Ariane Passenger Payload Experiment

Communication satellite

Ariane Passenger Payload Experiment
Mission typeCommunications
OperatorEADS Astrium
COSPAR ID1981-057B Edit this at Wikidata
SATCAT no.12545Edit this on Wikidata
Mission duration2 years, 3 months
Spacecraft properties
ManufacturerIndia ISRO
Launch mass350 kilograms (770 lb)
Start of mission
Launch date19 June 1981 (1981-06-19)
RocketAriane 1
Launch siteKourou ELA-1
End of mission
Deactivated19 September 1983 (1983-09-20)
Orbital parameters
Reference systemGeocentric
RegimeGeostationary
Longitude102° East
 

The Ariane Passenger PayLoad Experiment (APPLE), was an experimental communication satellite with a C-Band transponder launched by the Indian Space Research Organisation on June 19, 1981, by Ariane, a launch vehicle of the European Space Agency (ESA) from Centre Spatial Guyanais near Kourou in French Guiana.

APPLE was India's first three-axis stabilised experimental Geostationary communication satellite. On July 16, 1981, the satellite was positioned at 102° E longitude. The 672 kg[1] satellite served as testbed of the Indian telecommunications space relay infrastructure despite the failure of one solar panel to deploy. Solid-propellant based Apogee Boost Motor to circularize APPLE's orbit was derived from SLV-3 fourth stage.[2]

It was used in several communication experiments including relay of TV programmes and radio networking. It was a cylindrical spacecraft measuring 1.2 m in diameter and 1.2 m high. Its payload consisted of two 6/4 GHz transponders connected to a 0.9 m diameter parabolic antenna. It went out of service on September 19, 1983. R. M. Vasagam was the project director of APPLE during 1977-1983.[3][4]

APPLE (Specifications)
Mission Experimental geostationary communication[5]
Weight 670 kg[5]
Onboard Power 210 watts[5]
Payload C-band transponders (Two)[5]
Launch Date June 19, 1981[5]
Launch Vehicle Ariane -1(V-3)[5]
Orbit Geosynchronous[5]
Mission life Two years[5]

See also

  • Spaceflight portal

References

  1. ^ "ISRO success stories". THE HINDU. 28 April 2001. Archived from the original on 17 October 2006. Retrieved 2013-03-17....This important opportunity was utilised to build indigenously a 672-kg state-of-the-art three-axis-stabilised (as against the spin-stabilised Aryabhata) geosynchronous communication satellite called APPLE – Ariane Passenger Payload Experiment – which was launched in June 1981.
  2. ^ Raj, N. Gopal (2014-09-10). "Trusty engine on Mars Orbiter to be tested yet again". The Hindu. ISSN 0971-751X. Retrieved 2021-04-24.
  3. ^ "Biodata RM Vasagam" (PDF). BIT Mesra. Retrieved 4 August 2020.
  4. ^ From fishing hamlet to red planet (PDF). Harper Collins. 2015. ISBN 9789351776895. Archived from the original (PDF) on 24 April 2021.
  5. ^ a b c d e f g h "Welcome To ISRO :: Satellites :: Geo-Stationary Satellite :: APPLE". Isro.org. 1981-06-19. Retrieved 2013-03-17.
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Orbital launches in 1981
  • Kosmos 1237
  • Molniya-3 No.25
  • Kosmos 1238
  • Kosmos 1239
  • Kosmos 1240
  • Kosmos 1241
  • Musson No.11
  • Progress 12
  • Kosmos 1242
  • Molniya 1-49
  • Kosmos 1243
  • Interkosmos 21
  • Kiku 3
  • Kosmos 1244
  • Kosmos 1245
  • Kosmos 1246
  • Kosmos 1247
  • Hinotori
  • Comstar D4
  • OPS 1166
  • Kosmos 1248
  • Kosmos 1249
  • Kosmos 1250
  • Kosmos 1251
  • Kosmos 1252
  • Kosmos 1253
  • Kosmos 1254
  • Kosmos 1255
  • Kosmos 1256
  • Kosmos 1257
  • Soyuz T-4
  • Kosmos 1258
  • OPS 7350
  • Kosmos 1259
  • Gran' No.18L
  • Kosmos 1260
  • Soyuz 39
  • Molniya-3 No.24
  • Yantar-2K No.979
  • Kosmos 1261
  • Kosmos 1262
  • Kosmos 1263
  • STS-1
  • Kosmos 1264
  • Kosmos 1265
  • Kosmos 1266
  • OPS 7225
  • Kosmos 1267
  • Kosmos 1268
  • Kosmos 1269
  • Soyuz 40
  • Meteor-2 No.8
  • Nova-1
  • Kosmos 1270
  • Kosmos 1271
  • Kosmos 1272
  • Kosmos 1273
  • GOES 5
  • Intelsat V F-1
  • Rohini RS-D1
  • Kosmos 1274
  • Kosmos 1275
  • Molniya-3 No.30
  • Kosmos 1276
  • Kosmos 1277
  • Meteosat 2
  • APPLE
  • CAT-3
  • Kosmos 1278
  • NOAA-7
  • Molniya 1-50
  • Ekran No.21L
  • Kosmos 1279
  • Kosmos 1280
  • Kosmos 1281
  • Meteor-Priroda 2-4
  • Iskra 1
  • Kosmos 1282
  • Kosmos 1283
  • Kosmos 1284
  • Gran' No.19L
  • DE-1
  • DE-2
  • Kosmos 1285
  • Kosmos 1286
  • FLTSATCOM 5
  • Kosmos 1287
  • Kosmos 1288
  • Kosmos 1289
  • Kosmos 1290
  • Kosmos 1291
  • Kosmos 1292
  • Kosmos 1293
  • Kosmos 1294
  • Bulgaria 1300
  • Himawari 2
  • Kosmos 1295
  • Kosmos 1296
  • Kosmos 1297
  • Kosmos 1298
  • Kosmos 1299
  • Kosmos 1300
  • Kosmos 1301
  • Kosmos 1302
  • OPS 3984
  • Kosmos 1303
  • Kosmos 1304
  • Kosmos 1305
  • Kosmos 1306
  • Kosmos 1307
  • Kosmos 1308
  • Kosmos 1309
  • Shijian 2
  • Shijian 2-01
  • Shijian 2-02
  • Oreol 3
  • Kosmos 1310
  • SBS 2
  • Kosmos 1311
  • Kosmos 1312
  • Kosmos 1313
  • SME
  • UoSAT-1
  • Kosmos 1314
  • Gran' No.20L
  • Kosmos 1315
  • Kosmos 1316
  • Molniya-3 No.31
  • Venera 13
  • OPS 4029
  • Kosmos 1317
  • Kosmos 1318
  • Venera 14
  • STS-2
  • Kosmos 1319
  • Molniya 1-51
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  • Bhaskara 2
  • Kosmos 1320
  • Kosmos 1321
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  • Kosmos 1324
  • Kosmos 1325
  • Kosmos 1326
  • Kosmos 1327
  • Kosmos 1328
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  • RS-6
  • RS-7
  • RS-8
  • Navstar 7
  • Kosmos 1330
  • MARECS-1
  • CAT-4
  • Molniya-1 No.55
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).


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