Kosmos 320
Kosmos 320 |
Mission type |
Technology |
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Operator |
VNIIEM |
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COSPAR ID |
1970-005A |
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Spacecraft properties |
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Spacecraft type |
DS-MO |
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Manufacturer |
Yuzhnoye |
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Launch mass |
375 kilograms (827 lb) |
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Start of mission |
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Launch date |
16 January 1970, 10:59:58 (1970-01-16UTC10:59:58Z) UTC |
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Rocket |
Kosmos-2I 63SM |
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Launch site |
Kapustin Yar 86/4 |
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End of mission |
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Decay date |
10 February 1970 (1970-02-11) |
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Orbital parameters |
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Reference system |
Geocentric |
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Regime |
Low Earth |
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Perigee |
247 kilometres (153 mi) |
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Apogee |
326 kilometres (203 mi) |
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Inclination |
48.4 degrees |
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Period |
90.2 minutes |
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Kosmos 320 (Russian: Космос 320 meaning Cosmos 320), also known as DS-MO No.3 was a technology demonstration satellite which was launched by the Soviet Union in 1970 as part of the Dnepropetrovsk Sputnik programme. Its primary mission was to demonstrate orientation control by means of an aerodynamic skirt stabiliser.[1] It also carried an optical research payload for the Soviet Armed Forces.
Launch
It was launched aboard a Kosmos-2I 63SM rocket[2] from Site 86/4 at Kapustin Yar. The launch occurred at 10:59:58 UTC on 16 January 1970.[3]
Orbit
Kosmos 320 was placed into a low Earth orbit with a perigee of 247 kilometres (153 mi), an apogee of 326 kilometres (203 mi), 48.4 degrees of inclination, and an orbital period of 90.2 minutes.[1] It decayed from orbit on 10 February 1970.[4] Kosmos 320 was the second of two DS-MO satellites to be launched. It was preceded by Kosmos 149, which was launched in March 1967.[1][5]
References
- 1 2 3 Wade, Mark. "DS-MO". Encyclopedia Astronautica. Retrieved 27 May 2009.
- ↑ McDowell, Jonathan. "Launch Log". Jonathan's Space Page. Retrieved 27 May 2009.
- ↑ Wade, Mark. "Kosmos 2". Encyclopedia Astronautica. Retrieved 27 May 2009.
- ↑ McDowell, Jonathan. "Satellite Catalog". Jonathan's Space Page. Retrieved 27 May 2009.
- ↑ Wade, Mark. "DS". Encyclopedia Astronautica. Retrieved 27 May 2009.
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DS-1 | |
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DS-2 | |
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DS-A1 | |
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DS-K | |
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DS-MG | |
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DS-MT | |
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DS-MO | |
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DS-P1 | Test | |
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| P1-I | |
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| P1-M | |
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| P1-M Lira | |
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| P1-Yu | |
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DS-U1 | |
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DS-U2 | |
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DS-U3 |
- Kosmos 166
- Kosmos 230
- Interkosmos 1
- Interkosmos 4
- Interkosmos 7
- Interkosmos 11
- Interkosmos 14
- Interkosmos 16
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Omega | |
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Kosmos 318 | OPS 6531 | Intelsat III F-6 | Kosmos 319 | Kosmos 320 | Kosmos 321 | Kosmos 322 | ITOS-1 · Australis-OSCAR 5 | DS-P1-I No.6 | SERT-2 | E-8-5 No.405 | Kosmos 323 | Ōsumi | OPS 0054 | Molniya-1 No.17 | Kosmos 324 | Kosmos 325 | OPS 0440 · OPS 3402 | Wika · Mika | Kosmos 326 | Meteor No.14 | Kosmos 327 | NATO 2A | Kosmos 328 | Kosmos 329 | Kosmos 330 | Nimbus 4 · Topo-1 | Kosmos 331 | OPS 7033 · OPS 7044 | Kosmos 332 | Apollo 13 | Kosmos 333 | OPS 2863 | Intelsat III F-7 | Kosmos 334 | Dongfanghong I | Kosmos 335 | Kosmos 336 · Kosmos 337 · Kosmos 338 · Kosmos 339 · Kosmos 340 · Kosmos 341 · Kosmos 342 · Kosmos 343 | Meteor No.13 | Kosmos 344 | Kosmos 345 | OPS 4720 · OPS 8520 | DS-P1-Yu No.36 | Soyuz 9 | Kosmos 346 | STV-3 | Kosmos 347 | Kosmos 348 | Kosmos 349 | OPS 5346 | Meteor-M No.17 | OPS 6820 | Molniya-1 No.21 | Kosmos 350 | Kosmos 351 | Unnamed | Kosmos 352 | Kosmos 353 | Zenit-4 No.75 | OPS 4324 | Intelsat III F-8 | Kosmos 354 | Interkosmos 3 | Kosmos 355 | Kosmos 356 | Venera 7 | OPS 7874 | Skynet 1B | Kosmos 357 | Kosmos 358 | Kosmos 359 · Kosmos 359 | OPS 8329 | Transit O-19 | Kosmos 360 | OPS 7329 | Orba · X-2 | OPS 0203 | Kosmos 361 | Luna 16 | Kosmos 362 | Kosmos 363 | Kosmos 364 | MS-F1 | Kosmos 365 | Molniya-1 No.19 | Kosmos 366 | Kosmos 367 | Kosmos 368 · Nauka No.3 | Kosmos 369 | Kosmos 370 | Kosmos 371 | Interkosmos 4 | Meteor-M No.16 | Kosmos 372 | Kosmos 373 | Zond 8 | Kosmos 374 | OPS 7568 | Kosmos 375 | Kosmos 376 | OPS 5960 | OFO · RM-1 | Luna 17 ( Lunokhod 1) | Kosmos 377 | Kosmos 378 | OPS 4992 · OPS 6829 | Kosmos 379 | Kosmos 380 | Molniya-1 No.23 | OAO-B | Kosmos 381 | Kosmos 382 | Kosmos 383 | Kosmos 384 · Nauka No.2 | NOAA-1 · CEPI | Uhuru | Kosmos 385 | Peole | Kosmos 386 | Kosmos 387 | Kosmos 388 | Kosmos 389 | DS-P1-M No.1 | Molniya-1 No.22 |
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Payloads are separated by bullets ( · ), launches by pipes ( | ). Manned flights are indicated in bold text. Uncatalogued launch failures are listed in italics. Payloads deployed from other spacecraft are denoted in (brackets). |