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1984 in spaceflight

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FieldValue
year1984
first5 Jan
last22 Dec
total129
success128
failed1
maidensAriane 3
Atlas G
Long March 3
retiredM-3S
Titan 24B
orbital8
totalcrew37
firsttrav

Atlas G Long March 3

Titan 24B

The following is an outline of 1984 in spaceflight.

Launches

January

|- |d-date = |d-time = |d-span = |o-span = Achieved: elliptical orbit |d-date = |d-time = |d-span = |o-span =

February

|- PAM failures led to Westar 6 and Palapa B2 being stranded in Low Earth orbit. The satellites were subsequently retrieved by Space Shuttle during mission STS-51-A in November and were returned to Earth for refurbishment. Westar 6 was sold to AsiaSat and renamed AsiaSat 1, and launched by a Chinese Long March 3 carrier rocket on 7 April 1990. Palapa B2 was renamed Palapa B2R and was launched by an American Delta II 6925-8 carrier rocket on 13 April 1990. |d-date=11 February |d-time=12:15 Actual: Low Earth |d-date=16 November |d-time=11:59 Actual: Low Earth |d-date=16 November |d-time=11:59 |d-date=11 February |d-time=12:15 |d-date=11 April |d-time=10:48 |d-date =26 December 1988 |d-time = |d-span = |o-span = |d-date=1 April |d-time=18:18

March

|-

April

|- |d-date=2 October |d-time=10:57 LDEF retrieved by Space Shuttle during mission STS-32 in January 1990. |d-date=13 April |d-time=13:38 |d-date=20 January 1990 |d-time=06:35 |d-date = |d-time = |d-span = |o-span = |d-date=7 May |d-time=00:32 |d-date=13 August

May

|- |d-date=26 May |d-time=15:00 |d-date=15 July |d-time=18:52

June

|- Upper stage malfunction left payload in a useless orbit Achieved: Low Earth |d-date=24 October |d-date=18 October

July

|- First crewed flight of Soyuz-U2 |d-date=29 July |d-time=12:55 |d-date = 26 July

August

|- |d-date = |d-time = |d-span = |o-span = Eutelsat 1F2 retired in 1993 |d-date=28 August |d-time=01:28 Maiden flight of Space Shuttle Discovery |d-date=5 September |d-time=15:37 Operational: Geosynchronous Operational: Geosynchronous Operational: Geosynchronous |d-date=5 September |d-time=15:37

September

|- |d-date =29 September |d-time = |d-span = |o-span =

October

|- Shuttle Imaging Radar-B (SIR-B) ERBS retired on 14 October 2005 |d-date = 13 October |d-time = 16:26 |d-date = 9 January 2023 |d-time = 04:04 |d-date = 13 October |d-time = 16:26 |d-date = 13 October |d-time = 16:26

November

|- Anik D2 retired on 31 January 1995 Retrieved Westar 6 and Palapa B2 satellites which were stranded in Low Earth orbit after PAM failures during deployment from Space Shuttle Challenger on mission STS-41-B in February. |d-date=16 November |d-time=11:59 Operational: Geosynchronous Operational: Geosynchronous |d-date = 21 November

December

|- |}

Suborbital launches

January-March

|-

April-June

|- |d-date = 9 April |d-date =10 June |d-time = |d-span = |o-span = |d-date =10 June |d-time = |d-span = |o-span =

July-September

|- (exact date unknown)|time = |d-date = September (exact date unknown) (exact date unknown)|time = |d-date = September (exact date unknown)

October-December

|- |}

Deep-space rendezvous

There were no deep-space rendezvous in 1984.

EVAs

Start date/timeDurationEnd timeSpacecraftCrewRemarks
7 February5 hours
55 minutesSTS-41-B
USABruce McCandless II
USARobert L. StewartMcCandless and Stewart rode on the Crewed Maneuvering Unit (MMUs) during the first untethered EVAs in history. Both astronauts practiced using tools and procedures for the planned capture and repair of the Solar Maximum Mission (SMM) satellite to be performed in a subsequent flight.
9 February6 hours
17 minutesSTS-41-B
ChallengerUSABruce McCandless II
USARobert L. StewartContinued testing the MMUs and practice with tools and procedures to be used with recovery and repair of the SMM satellite.
8 April
14:182 hours
38 minutes16:56STS-41-C
ChallengerUSAGeorge Nelson
USAJames van HoftenNelson rode the MMU to the SMM satellite. Van Hoften stood by in the payload bay to provide any needed assistance. After three unsuccessful attempts to capture the SMM with the Trunnion Pin Acquisition Device (TPAD) tool and one attempt to grab the satellite by hand, the spacewalkers returned to Challenger. The SMM was recovered the next day with the RMS.
11 April
08:586 hours
44 minutes15:42STS-41-C
ChallengerUSAGeorge Nelson
USAJames van HoftenCompleted repair of the SMM satellite and then continued testing of the MMU.
23 April
04:314 hours
20 minutes08:46Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovInstalled a new ladder to reach the ruptured Main Oxidizer Line on Salyut 7. First of five EVAs to conduct the repair.
26 April
02:404 hours
56 minutes07:40Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovRemoved installation and installed a valve in the spare oxidizer line. Second of five EVAs to repair the Main Oxidizer Line on the station.
29 April
01:352 hours
45 minutes04:20Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovInstalled a bypass line around the damaged section of the Main Oxidizer Line on the station. Third of five repair EVAs.
3 May
23:152 hours
45 minutes4 May
02:00Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovInstalled a second bypass line and replaced thermal insulation at the Main Oxidizer Line of the station. Fourth of five repair EVAs.
18 May
17:523 hours
5 minutes20:57Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovInstalled two new solar arrays onto the space station.
25 July
14:553 hours
35 minutes18:29Salyut 7 EP-4USSRVladimir Dzhanibekov
USSRSvetlana SavitskayaTested the URI multi-purpose tool with several metal samples.
Savitskaya became the first women in history to perform an EVA.
8 August
08:465 hours13:46Salyut 7 EO-3USSRLeonid Kizim
USSRVladimir SolovyovUsing a pneumatic press tool delivered by Soyuz T-12, the cosmonauts completed the fifth and final EVA to repair the damaged Main Oxidizer Line of the station by crimping the ends of the ruptured pipe.
11 October
15:383 hours
29 minutes19:05STS-41-G
ChallengerUSADavid Leestma
USAKathryn SullivanDemonstrated the use of the Orbital Refueling System, including the installation of an ORS valve maintenance kit.
Sullivan was the first American women and the second women in history to conduct an EVA.
12 November
13:256 hours19:25STS-51-A
USAJoseph P. Allen
USADale Gardnerurl=http://www.nss.org/resources/library/shuttlevideos/shuttle14.htmtitle=Space Shuttle Flight 14 (STS-51A)access-date=20 February 2009work=Space Shuttle Video Librarypublisher=National Space Societydate=July 2008archive-url=https://web.archive.org/web/20120717225813/http://www.nss.org/resources/library/shuttlevideos/shuttle14.htmarchive-date=17 July 2012url-status=dead }}
14 November
11:095 hours
42 minutes16:51STS-51-A
DiscoveryUSAJoseph P. Allen
USADale GardnerGardner rode the MMU to the Westar 6 satellite and retrieved it into the payload bay. Allen and Gardner then secured the satellite in the payload bay for return to Earth.

References

Footnotes

References

  1. "Long March 3 {{!}} DFH-2 01".
  2. (1984-08-18). "Como fazer um projeto espacial e lucrar milhões de dólares".
  3. (6 January 2023). "Retired NASA Earth Radiation Budget Satellite Reenters Atmosphere". [[NASA]].
  4. Maria, Joaquim. (1984-12-08). "Com a subida do Sonda IV, o futuro está lançado".
  5. "The CNS North Korea Missile Test Database".
  6. Collins Jr., Michael A.. (March 1984). "STS 41B National Space Transportation System Program Mission Report". NASA.
  7. (2008). "Space Shuttle Flight 11 (STS-41C)". National Space Society.
  8. Collins, Michael. (May 1984). "STS-41C National Space Transportation System Program Mission Report". NASA.
  9. Collins Jr., Michael A.. (November 1984). "STS 41-G National Space Transportation System Program Mission Report". NASA.
  10. Wade, Mark. (2008). "Sullivan web page".
  11. (July 2008). "Space Shuttle Flight 14 (STS-51A)". National Space Society.
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