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1966 in spaceflight

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none

FieldValue
year1966
imageGemini 8 docking.jpg
captionGemini 8 about to dock with its Agena target vehicle, the first time two spacecraft dock in orbit.
first7 January
last29 December
total131
success111
failed13
partial7
catalogued118
maidens
retired
orbital5
totalcrew10
firstsat
firsttrav

The year 1966 saw the peak and the end of the Gemini program. The program proved that docking in space and human EVA's could be done safely. It saw the first launch of the Saturn IB rocket, an important step in the Apollo program, and the launch of Luna 9, the first spacecraft to make a soft landing on a celestial object (the Moon).

Orbital launches

January

|- |d-date = 7 January |d-date = 15 January |d-date = ??? |d-date = 23 January 1966 |d-date = 25 January 1966 |d-date = 30 January |d-date = 3 February 18:45

February

|- |d-date = 27 February |d-date = 5 February |d-date = 18 February |d-date = ??? |d-date = 22 February 1966 |d-date = 17 February 1966 |d-date = 22 February 1966 |d-date = 27 February |d-date = 21 February |d-date = 16 March |d-date = 26 February 16:49:21

March

|-

d-date = 1 March
d-date = 29 March
-
d-date = 15 September 1967
-
d-date = 17 March
-
d-date = 25 March 1966
-
d-date = ???
d-date = 23 March 1966
d-date = 24 March 1966
-
d-date = 29 March
-
d-date = 24 March
-
d-date =
-
d-date = 27 March
-
d-date =
-
d-date =
-
d-date = 30 May (last contact)

April

|-

d-date = 14 April
d-date = 26 April 1966
d-date = ???
d-date = ???
-
d-date = 14 April
-
d-date =
-
d-date = 26 April 1966
d-date = 22 April 1966
-
d-date = 28 April 1966
-
d-date =
-
d-date = 11 June 1973
-

May

|- |d-date = 3 May |d-date = 3 May

d-date = 3 May
d-date = 14 May 1966
-
d-date = 23 November 1988
-
d-date = 27 October 1970
d-date = 17 May 1966
d-date = 21 May 1966
-
Technology
-
d-date = 17 May
-
d-date = 17 May
-
d-date =
-
d-date = 19 May
-
d-date = 9 June 1966
d-date = ???
d-date = ???
-
-
d-date = 22 February 1985
-
d-date = 2 June 1966
-

June

|-

d-date = 11 June
d-date = 6 June
-
d-date = 6 June
d-date = 9 June
d-date = 9 June
-
Magnetospheric
d-date = 14 September 1981
-
d-date = 16 June
-
d-date = 3 December
d-date = 12 March 1967
d-date = 6 July 1967
-
d-date =
-
d-date =
d-date =
d-date =
d-date =
d-date =
d-date =
d-date =
d-date =
-
d-date = 25 Jun
-
d-date = 14 July
d-date = Before 14 July
d-date = Before 14 July
-
d-date = 1975 - 2016
-
d-date = 14 November 1989
-

July

|-

d-date =
d-date = 5 July
-
d-date = 16 September
-
d-date =
-
d-date = 20 Jul 1966
d-date = July
-
d-date = 4 Jan 1978
d-date = 14 July
-
d-date = 22 July
-
d-date = 29 Dec
-
d-date = 21 July
-
d-date = 2 Aug 1966
-
d-date = 2 Aug
-
d-date = 6 Aug 1966
d-date = before 6 Aug 1966
-

August

|-

d-date =
d-date = 16 Aug
-
d-date = 11 Sep
d-date = Before 11 Sep
d-date = Before 11 Sep
-
d-date = 29 Oct 13:29
-
d-date = 24 Aug 1966
d-date = before 24 Aug 1966
d-date = 5 Mar 1970
d-date = 5 Mar 1970
-
-
d-date =
-
d-date =
d-date = 12 March 1967
d-date =
-
d-date =
-
d-date = 25 Aug
d-time = 18:48:34
-
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
d-date = 26 Aug
-
d-date = 4 Sep
-

September

|-

d-date = 30 Dec
d-date = 15 Sep
-
d-date =
-
d-date = 16 Sep
-
d-date = 23 Sep
d-date = before 23 Sep
d-date = 9 May 1968
d-date = 9 May 1968
-
d-date = 11 Nov
-
d-date = 23 Sep
-
d-date = 12 Oct
d-date = Before 12 Oct
d-date = Before 12 Oct
-
d-date = 26 Sep
-
d-date = 7 Oct
d-date = before 7 Oct
-

October

-
d-date =
d-date =
-
d-date = 20 Oct
d-date = before 20 Oct
d-date = 21 Oct
-
d-date = 21 Oct
-
d-date = 11 Sep 1968
-
d-date = 28 Oct
-
d-date =
-
d-date =
-
-
d-date = 29 Sep 1971
-

November

|-

d-date = 29 Nov
d-date = 10 Nov
d-date = before 10 Nov
d-date = 16 Nov
-
d-date = 9 Jan 1967
d-date = 5 Jan 1967
d-date = 11 Jan 1967
d-date = 31 Dec
d-date = 3 Nov (suborbital test)
-
d-date = 11 Oct 67
-
d-date = 29 Nov
d-date = Before 29 Nov
d-date = Before 29 Nov
-
d-date = 23 Dec
-
d-date = 15 Nov
-
d-date = 20 Nov
-
d-date = 16 Nov
-
d-date = 27 Nov
-
d-date = 30 Nov 10:21
-

December

|- |d-date = 11 Dec |d-date = 14 Dec |d-date = before 14 Dec

d-date = 8 Dec
d-date =
-
d-date =
d-date = 30 Nov 2002
-
d-date = 12 April 1967
-
d-date = 14 Dec
-
d-date = 24 Dec
d-date = before 24 Dec
-
d-date = 15 February 1967
-
d-date = 27 Dec
-
d-date = 20 Dec
-
d-date = 24 Dec
-
d-date = 23 Nov 1967
-
d-date = 21 Dec
-
d-date = 5 Apr 1969
}

Suborbital launches

January-December

|- |d-date =14 July |d-time = |d-span = |o-span = |d-date =28 July |d-time = |d-span = |o-span = |}

Gemini and Apollo launches

Launch Date/TimeRocketLaunch
SiteLaunch ContractorPayloadOperatorOrbitMission/
FunctionRe-Entry/
DestructionOutcomeRemarks
16 March
15:00 GMTAtlas DLC-14, Cape CanaveralUS Air ForceGATV 5003NASALEOGemini docking target.15 September 1967SuccessfulUsed by Gemini 8 and Gemini 10
16 March
16:41 GMTTitan IILC-19, Cape CanaveralUS Air ForceGemini 8, 2 AstronautsNASALEOCrewed Orbital Flight17 March 1966Partial FailureFirst docking in space. (with GATV).
OAMS malfunction caused loss of control. Spacecraft became low on fuel after recovering. Terminated early.
17 May
15:12 GMTAtlas DLC-14, Cape CanaveralUS Air ForceGATV 5004NASALEOGemini docking target.17 May 1966**Failure**Failed to reach orbit.
Intended for use by Gemini 9
1 June
15:00 GMTAtlas SLV-3LC-14, Cape CanaveralUS Air ForceATDA 02186NASALEOGemini docking target.11 June 1966**Failure**Fairing failed to separate
Intended for use by Gemini 9A
3 June
16:41 GMTTitan IILC-19, Cape CanaveralUS Air ForceGemini 9A, 2 AstronautsNASALEOCrewed Orbital Flight6 June 1966Partial FailureUnable to complete primary objective - Docking with ATDA - due to ATDA payload fairing malfunction
5 July
14:53 GMTSaturn IB (C-1B)LC-37B, Cape CanaveralNASA(none)N/AN/ATest launch vehicleN/ASuccessful
18 July
20:39 GMTAtlas DLC-14, Cape CanaveralUS Air ForceGATV 5005NASALEOGemini docking target.29 December 1966SuccessfulUsed by Gemini 10
18 July
22:20 GMTTitan IILC-19, Cape CanaveralUS Air ForceGemini 10, 2 AstronautsNASALEOCrewed Orbital Flight21 July 1966Successful
25 August
17:15 GMTSaturn IB (C-1B)LC-34, Cape CanaveralNASAApollo Spacecraft (AS-202)NASASub-orbitalTest Apollo Spacecraft and Launch Vehicle25 August 1966
18:48 GMTSuccessful
12 September
13:05 GMTAtlas DLC-14, Cape CanaveralUS Air ForceGATV 5006NASALEOGemini docking target.30 December 1966SuccessfulUsed by Gemini 11
12 September
14:42 GMTTitan IILC-19, Cape CanaveralUS Air ForceGemini 11, 2 AstronautsNASALEOCrewed Orbital Flight15 September 1966SuccessfulAltitude record for crewed Earth-Orbit flight
11 November
20:46 GMTAtlas DLC-14, Cape CanaveralUS Air ForceGATV 5001ANASALEOGemini docking target.23 December 1966**Failure**Failed to ignite.
Used by Gemini 12
11 November
20:46 GMTTitan IILC-19, Cape CanaveralUS Air ForceGemini 12, 2 AstronautsNASALEOCrewed Orbital Flight15 November 1966SuccessfulFinal Gemini flight

Deep Space Rendezvous

Date (UTC)SpacecraftEventRemarks
3 FebruaryLuna 9First lunar landingin *Oceanus Procellarum*; first soft landing on a celestial body and first images from lunar surface
27 FebruaryVenera 2Flyby of VenusCommunication lost en route
1 MarchVenera 3First Venus impactCommunication lost en route
3 AprilLuna 10Selenocentric orbit insertionfirst orbiter of the Moon
2 JuneSurveyor 1Lunar landingin *Oceanus Procellarum*
14 AugustLunar Orbiter 1Selenocentric orbit insertionReturned 211 images
27 AugustLuna 11Selenocentric orbit insertion
23 SeptemberSurveyor 2Lunar impactFailed lander, impacted *Sinus Medii*
25 OctoberLuna 12Selenocentric orbit insertion
29 OctoberLunar Orbiter 1Lunar impact
10 NovemberLunar Orbiter 2Selenocentric orbit injectionReturned 184 images
24 DecemberLuna 13Lunar landingin *Oceanus Procellarum*

EVAs

Start date/timeDurationEnd timeSpacecraftCrewRemarks
5 June
15:022 hours
7 minutes17:09Gemini IX-AUSAEugene CernanA complex EVA was planned. Cernan expended four to five times the expected effort, raising his pulse as high as 180 beats per minute. Excess heat and respiration completely fogged visor, causing the EVA to be cut short. Cernan also had difficulty returning to spacecraft and closing the hatch.
19 July
21:4449 Minutes22:33Gemini XUSAMichael CollinsCollins performed a stand-up EVA. Instead of climbing completely out of the spacecraft, Collins extended his torso outside the spacecraft to take photos before and after capsule sunrise. Color photography after sunrise was only partly completed due to severe eye irritation of both Collins and Command Pilot Young. Handling the camera proved difficult due to stiffness of spacesuit gloves.
20 July
23:0139 minutes23:40Gemini XUSAMichael CollinsUmbilical EVA; with more difficulty than expected, Collins collected the micrometeorite collection package from the outside of Gemini. Then, using the Hand Held Maneuvering Unit, he pushed to the nearby Agena-8 to collect its micrometeorite collection package. Collins then pulled on the umbilical cord to return and re-enter the spacecraft.
13 September
14:4433 minutes15:17Gemini XIUSARichard F. Gordon Jr.Gordon attached a tether between Gemini and Agena 11 for later orbital mechanics testing. While making the attachment, his work load exceeded the spacesuit cooling system, and his vision became obscured by a fogged visor and sweat in his eyes. Planned activities were curtailed by Command Pilot Conrad and Gordon returned to the spacecraft.
14 September
12:492 hours
8 minutes14:57Gemini XIUSARichard F. Gordon Jr.Gordon performed a stand-up EVA. He extended through the hatch to take astronomical photos. Conrad reported the spacewalk was so relaxing they both fell asleep for a moment after sunrise.
12 November
16:152 hours
29 minutes18:44Gemini XIIUSABuzz AldrinAldrin performed a stand-up EVA. Aldrin stood, took UV still photos and 16 mm color movie pictures, collected external experimental samples, and conducted a light exercise routine.
13 November
15:342 hours
6 minutes17:40Gemini XIIUSABuzz AldrinFirst completely successful umbilical EVA, with all objectives achieved. Aldrin was able to control his movements and restrict his work load using techniques developed using underwater zero gravity simulations. He also benefited from experiences of the previous American EVAs and was able to move around the outside of the craft, deploy and recover various experimental packages, install and remove cameras, and practice work techniques using a ratchet-type wrench.
14 November
14:5255 minutes15:47Gemini XIIUSABuzz AldrinAldrin performed a second stand-up EVA. He again extended outside the hatch to take photographs and repeat the light exercise experiment. Exertion levels during exercise were comparable to preflight simulations. Equipment and waste food containers not needed for reentry were jettisoned from the spacecraft.

Orbital launch statistics

By country

CountryLaunchesSuccessesFailuresPartial
failuresstyle="text-align:left;"style="text-align:left;"style="text-align:left;"USSRstyle="text-align:left;"World
1100
2020
534292
807470

References

Footnotes

References

  1. "Recovery Beacon Signals from Kosmos Satellites".
  2. "Major NASA Launches".
  3. "OV".
  4. "GGTS 1,2". Gunter's Space Report.
  5. "Molniya-M/Blok L - Luna 11". Next Spaceflight.
  6. Wade, Mark. "T-7".
  7. Jim Dumoulin. (2000-08-25). "NASA Project Gemini IX-A (9)". NASA.
  8. Cernan "The Last Man on the Moon", p. 129-144.
  9. Mathews, Charles W.. (August 1966). "Gemini Program Mission Report: Gemini X". National Aeronautics and Space Administration.
  10. Mathews [https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19750067644_1975067644.pdf Gemini Program Mission Report: Gemini X], p. 7-32
  11. (2008). "Gemini 11". National Aeronautics and Space Administration.
  12. Chaikin, Andrew. (1998). "A Man on the Moon". Penguin Books.
  13. Mathews, Charles W.. (January 1967). "Gemini XII Program Mission Report". National Aeronautics and Space Administration.
  14. Mathews, [https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19790076631_1979076631.pdf Gemini XII Program Mission Report], p. 7-28, 7-29, 7-43
  15. Mathews, [https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/19790076631_1979076631.pdf Gemini XII Program Mission Report], p. 7-30
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