Tuesday, July 25, 1989

Gemini 4

  1965-043A


Gemini IV saw the first American spacewalk, by pilot Ed White.

Immediately after orbit insertion, the astronauts attempted to rendezvous with the Titan second stage, but this experiment was abandoned after a few minutes when too much OAMS fuel was consumed.

The cabin was depressurized at 1933, with the hatch open at 1934. White stood up in the hatch at 1936, and left the spacecraft at 1946, attached by an umbilical. He used a gas gun to move around in space, and returned to the cabin at 2006. The hatch was closed at 2010 and the cabin repressurized at 2013 after 39 m 15s. Command Pilot James McDivitt had remained within the unpressurized cabin, which was open to space during the EVA.

White used the G4C spacesuit and a ZIP (Zero g Integral Propulsion) Unit for maneuvering and the VCM device for life support. A planned equipment dump was cancelled, but during the EVA an outer glove and a gold-covered visor were discarded.

Splashdown was at 27 44 N, 74 11 W in the Atlantic; the spacecraft was recovered by the USS Wasp.


GT-4 
 

DateTimeEventOrbit  

1965 Jun 3  1515:59  Launch from LC19 
  Stage 1 sep 
 1521  Orbit insertion  161 x 282 x 32.5 
 1521  St 2 sep 
 1522-1530  Attempted stationkeep 
 1710   88.8 165 x 289 x 32.5 
 1933:35  Depress 
 1946  Egress, EVA by White (21m) 
 1947  Glove drifts out 
 2010  Hatch closed 
 2012:50  Repress 
1965 Jun 5  1415OAMS D-9 expt 
 1730  Stage 2 reentry over Atlantic 33W 15N 
1965 Jun 6  0601OAMS D-9 expt 
1965 Jun 7  0000?  158 x 257 x 32.5 

1644:01  OAMS burn, lower peri 2:41 56kg of fuel  50? x 274?  
 1655:30?  Adapter sep 
 1656:00  Retrofire 
 1656:15? Retrofire complete 
 1656:39? Retropack sep 
 1658:38s 400K 
 1712:11  Splashdown  
 1748Recovery by USS Wasp 

Polyot 1

  1963-043A


I-2B was a prototype of the IS satellite with an Isayev engine. Two flight vehicles, No. 102 and 103, were built. I-2B No. 102 was launched as Polyot 1. The I-150 (or I-2B No 102) (Polyot 1) satellite was launched on 1963 Nov 1 by the 11A59 launch vehicle, a special variant of the 8K74A (R-7A) Sputnik class core vehicle with no upper stage. Converted 8K74 ICBMs were used, refurbished at NII-88/Podlipki with a new fairing and adapter and modified systems. Orbital insertion was performed by the Polyot propulsion system. The purpose of the mission was to test the anti-satellite propulsion engine; it was originally planned to use the UR-200 rocket to launch Polyot, but that rocket was behind schedule.


Polyot I-2B No. 102 
 

DateTimeEventOrbit  

1963 Nov 1  0856  Launch by 11A59  KB 
  T+1:30 strapon thrust reduced 
 0858 T+2:05 8K74BVGD strapon sep  
  Fairing sep 
 0901  T+5:30 8K74A core burnout, sep  -450? x 390? x 58.9? 
  5 min coast 
 0906  Polyot engine burn 95s, 300 m/s 
 0907  Polyot engine cutoff at apogee 339 x 592 km 
 1745? Polyot engine burn 2 dV = 210 m/s? 
  Polyot engine burn 2 cutoff  343 x 1437 x 58.92  
1963 Nov 1  1859   102.48 335 x 1416 x 58.9 (TLE) 
1963 Nov 3   End of transmissions 
1964 Feb 4    102.41 342 x 1402 x 58.9 
1967 Feb 17    101.96 342 x 1360 x 58.9 
1981 Sep 19    94.16 297 x 658 x 58.9 
1982 Oct 14  1249  88.35 180 x 206 x 58.8 
1982 Oct 16   Reentered 

Thursday, July 20, 1989

Kosmos 1777

 1986-070A




Kosmos-1777 
 

DateTimeEventOrbit  

1986 Sep 10  0145 Launch by 11K65M  Plesetsk 
  Stage 2 burn 
 0153? T+8 min Stage 2 MECO-1 
  Stage 2 MES-2 
  T+34min Stage 2 MECO-2 
 0219?  Stage 2 sep 
1986 Sep 14  770x809x74.0 

Sunday, July 16, 1989

Apollo 11 (Columbia)

  1969-059A


The first lunar landing mission was Apollo 11, crewed by Neil Armstrong, Buzz Aldrin, and Michael Collins.


Columbia (CSM 107) 
 

DateTimeEventOrbit  

1969 Jul 16  1332:00  Launch by Saturn V (SA-506)  KSC LC39A 
 1334:15  S-IC CECO, 44.4 km 
 1334:41  S-IC OECO, 66.3 km 
 1334:42  S-IC sep, 67.0 km  -5999 x 109 x 31.9  
 1334:43  S-II ignition, 67.6 km  
 1335:12  Interstage sep, 91.8 km  -5938 x 118 x 32.0 
 1335:18  LES sep  -5923 x 120 x 32.0 
 1339:40  S-II CECO, 179.3 km 
 1341:04  S-IC impact at 74.04W 30.21N 
 1341:11  S-II OECO, 185.9 km 
 1341:12  S-II sep, 185.9 km  -2116 x 182 x 32.5  
 1341:15  S-IVB burn 1 ignition, 185.9km 
 1341:21  Ullage case jettison 
 1343:30   -27 x 185 x 32.5  
 1343:32   15 x 185 x 32.5 
 1343:42  S-IVB cutoff, 188.4 km 
 1343:49  Earth orbit insertion  188 x 192 x 32.57 
 1352:13  S-II impact at 34.84W 31.54N 
 1352   185 x 194 x 32.5 
 1411  Optics cover jettison 
 1532   191 x 210 x 32.5  
 1616:16  MES-2? 
 1616:27  S-IVB TLI burn (5:47) 
 1622:03  S-4B MECO-2 
 1622:13  Translunar injection  222 x 565954 x 31.4  
 1647:23  CSM sep from LM/S-IVB 
 1656:03  CSM docked with LM/S-IVB 
 1749:03  CSM/LM undocked from S-IVB 
 1812:01  SPS evasive burn  
 1812:05  SPS evasive burn cutoff 
1969 Jul 17  1616:58  SPS MCC-2 burn(0:03)  237 x 528637 x 31.4  
1969 Jul 19  0311:55  Equigravisphere 
 1721:50  SPS LOI-1 burn (6:02)  112 x -12082 x 152.8  
 1727:52  Lunar orbit insertion  111 x 311 x 156.9  
 2143:36  SPS LOI-2 burn (0:16)  100 x 122 
 2143:52  LOI-2 CO  102 x 123 x 156.8  
1969 Jul 20   CDR and LMP transfer to LM 5 
 1745:00  Eagle undocked 
 1811:53  SPS sep burn  105 x 118 x 163.1  
 1812:01  SPS sep cutoff 
1969 Jul 21   Rendezvous with Eagle AS 
 2135  Docked to Eagle 
  CDR and LMP return to CSM with cargo  
  of 21 kg lunar rock samples 
1969 Jul 21  2342  Eagle undocked 
1969 Jul 22  0002:00  Sep burn  102 x 116 x 177.4  
 0002:08  Sep burn cutoff 
1969 Jul 22  0455:42  SPS TEI burn (2:29)  96 x 112 x 152.8 
 0458:11 Transearth injection 95 x -9954 x 152.6  
 2001:57  MCC-5 burn (0:10) -777 x 825306 x 41.1  
 2002:07  MCC-5 cutoff  -861 x 824556 x 41.1  
1969 Jul 24  1621:19  SM-107 sep  37 x 835743 x 39.93  
 1635:06  Entry 122 km 45 x 831540 x 40.1  
   109 x -3668 x 39.9  
 1636:06? 58 km, begin skip 
 1639:16? 67 km, skip apogee 
 1640:30? 58 km, end of skip 
 1641  46 km  
 1650:35  Splashdown in Pacific, 13 30 N 169 15W 
 1735Recovered by USS Hornet 

Of A Fire On The Moon

 https://welib.org/md5/482ca2633a998f9709ef2430d0e637cf

Kosmos 367

 1970-079A


The fourth flight, Kosmos-367, came a year and a half after the failure of the third. It was reportedly the first to carry a live reactor. It used the 11K69 launch vehicle. This time the DU operated well, and on the day of launch the DU and radar separated and were tracked in low orbit while the reactor was boosted to a high 1000 km orbit.


Kosmos-367 
 

DateTimeEventOrbit  

1970 Oct 3  1026:45  Launch by 11K69  KB  
 1029  Stage 2 burn 
 1031  Stage 2 sep 
 1041  US-A DU burn  
 1045US-A DU cutoff, orbit  89.21 226 x 246 x 65.21 
 1051  Stage 2 entry 
1970 Oct 3  1229?  US-A orbit raise, sep from DU 
 1319? 
 1833 
104.47 908 x 1030 x 65.3 
1970 Oct 4  0645   104.53 922 x 1022 x 65.3 
1970 Oct 4  1908  (79C)  89.60 245 x 263 x 65.1  
1970 Oct 6  1900   104.53 922 x 1024 x 65.28  
1970 Oct 29   (79C)  87.90 164 x 176 x 65.1 

Tuesday, July 4, 1989

Kosmos 607

 1973-087A


Kosmos-607 was a Zenit-4MK flight in Nov 1973. The Kettering group classified it as probable two tone telemetry but noted that it might have been a Morse type (Zenit-4M).


Kosmos-607 
 

DateTimeEventOrbit  

1973 Nov 10  1238:27  Launch by 11A57  NIIP-53 
 1243 Blok-I burn  
 1247  Blok-I sep  
1973 Nov 11  1056  (approx) 89.94 202 x 340 x 72.8 

1200  90.0 204 x 341 x 72.8 
1973 Nov 12  1055   89.92 204 x 336 x 72.8 
1973 Nov 14  1054   89.92 203 x 337 x 72.8 
  Raise apogee 
1973 Nov 15  1054   90.14 208 x 353 x 72.8 
1973 Nov 17 Lower orbit 
1973 Nov 19  0918   89.62 171 x 339 x 72.8 
1973 Nov 20   89.7 173 x 344 x 72.8 
1973 Nov 21  0737   89.59 171 x 337 x 72.8 
  Engine sep 87D 
1973 Nov 22  0725? Retrofire 
 0735? PO sep 
 0739? Entry 
 0756? Landed 

Kosmos 1597

 1984-099A




Kosmos-1597 
 

DateTimeEventOrbit  

1984 Sep 13  1025 Launch by Soyuz  Plesetsk 
 1029 Blok-I burn 
 1033 Blok-I sep 
1984 Sep 13    89.05 211 x 243 x 82.3 
1984 Sep 21   88.88 204 x 233 x 82.3 
1984 Sep 26   
 0648?  Deorbit 
 0658? PO sep 
 0704? Entry 
 0721? Landed 

Spaceflight: February 1989

 https://welib.org/md5/af2546fc4ef06b7c560df51043c741ca

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