Thursday, December 27, 2012

Apstar 1

 1994-043A


Asia Pacific Telecommunications Satellite Co. of Hong Kong (APT Satellite) launched its first satellite, an HS-376 model, in 1994. APT Satellite is owned by a consortium of telecommunications companies, led by the Chinese government's China TBSC (Telecomm. Broadcasting Satellite Corp) and including Chia Tai TCC of Thailand, China Yuan Wang Co., and Victory System Corp. of Hong Kong. 


APStar 1 
 

DateTimeEventOrbit  

1994 Jul 21  1055  Launch by CZ3 from Xichang 
  T+2:06 St 1 MECO 
  T+2:07 St 2 burn 
  T+4:15 St 2 MECO 
  T+4:19 Fairing sep
  T+4:22 St 2 VECO 
  T+4:23 Stage 3 burn 
 1106? T+11:33? MECO-1 
 1113?  T+18? MES-2 
 1116?  MECO-2 
 1118? Stage 3 sep  756.78 206 x 42055 x 26.6 
1994 Jul 23    756.72 205 x 42053 x 26.6 
1994 Jul 23  1955? Star 30C burn 
1994 Jul 24    1579.27 35269 x 41820 x 0.3 GEO 164.5W+32.7W 
1994 Jul 25  1100?  lower orbit 
1994 Jul 25    1469.21 35701 x 37162 x 0.0 GEO 150.4E+8.1W 
1994 Jul 28    1436.00 35650 x 35918 x 0.1 GEO 137.4E 
1994 Aug 10    1439.38 35779 x 35922 x 0.0 GEO 132.0E+0.8W 
1994 Aug 11   Comms testing 
1994 Aug 20    1436.08 35777 x 35795 x 0.0 GEO 131.0E 
1994 Aug 29    1436.15 35775 x 35799 x 0.0 GEO 130.9E 
1994 Sep   mv out 
1994 Sep 13   mv in  1436.08 35776 x 35795 x 0.0 GEO 138.1E 
1995 Feb 5    1436.08 35784 x 35788 x 0.0 GEO 138.0E 
1996 Jun 15    1436.11 35785 x 35788 x 0.0 GEO 138.0E 
1999 Oct 17    1436.08 35782 x 35790 x 0.0 GEO 138.1E 
2004 Aug 10    1436.14 35783 x 35792 x 0.0 GEO 138.0E 
2004 Sep   mv out 
2004 Oct 3    1436.09 35775 x 35795 x 0.12 GEO 142.0E 
2006 Aug 4    1436.13 35783 x 35790 x 1.8 GEO 142.0E 
2012 Aug 27    1436.13 35785 x 35788 x 7.1 GEO 142.5E 

Doing the Impossible: George E. Mueller and the Management of NASA’s Human Spaceflight Program

https://welib.org/md5/4445f5a686698dce662a4edbed1efb3d

Tuesday, December 25, 2012

ICO F2

 2001-026A


ICO F2 was the first New ICO (former ICO Global Communications) satellite to launch after the reorganization under Craig McCaw. ICO Global is based in the Cayman Islands and the satellite was registered by the UK.

In 2010 ICO moved to Kirkland, Wash from Reston. In July 2011 ICO became Pendrell Corp. of Kirkland, Washington. after the sale of subsidiary DBSD to Dish Network. A ground station was located at Brewster, Washington.

In Mar 2012 the satellite was reported to have been passivated and abandoned. However in 2013 Space News reported that Sirion Global Pty Ltd. claimed to have reserved bandwith on the satellite, allegedly now owned by Omnispace.


ICO 2 
 

DateTimeEventOrbit  

2001 Jun 19  0441:02  Launch by Atlas IIAS AC-156  CC SLC36B 
  T+0:56 SRM1-2 out 
  T+0:59 SRM3-4 on 
  T+1:16 SRM 1-2 sep 
  T+1:56 SRM 3-4 sep 
  T+2:25 40 km  
  T+2:43 BECO 
  T+2:46 Booster sep 
  T+3:25 Fairing 
  T+5:02 SECO 
  T+5:04 Atlas sep 
  T+5:21 MES1 
  T+9:41 Perigee positive 
 0451:47 T+10:45 MECO1  167 x 10099 x 44.55  
  T+1:49:14 MES2 
  T+1:49:53 MECO-2 
 0633:45 T+1:52:43 Centaur AC-156 sep  10100 x 10100 x 44.91 
  T+2:04:03 AC blowdown 
  T+2:13:13 AC hydrazine depletion 
2001 Jun 19 0911  351.05 10096 x 10116 x 44.9 
2001 Jun 27 0931   351.32 10103 x 10126 x 45.0 
2001 Jul 11  0729  351.70 10122 x 10130 x 45.0 
2001 Aug 2    351.70 10123 x 10129 x 45.0 
2001 Sep 9    360.06 10383 x 10390 x 44.9 
2006 Aug 3    360.06 10383 x 10390 x 44.9 
2011 Dec 5    360.05 10370 x 10403 x 45.1 
2012 Jan 5    360.07 10373 x 10401 x 45.1 
2012 Jan   Begin retirement burns 
2012 Jan 24    363.38 10440 x 10539 x 45.0 
2012 Mar 4    369.62 10596 x 10768 x 44.9 
2012 Mar 16    366.91 10577 x 10620 x 44.9 
2012 Apr 19    366.91 10576 x 10621 x 45.0 
2012 Apr 23    366.93 10578 x 10621 x 45.0 

TIMED

 2001-055B


Thermosphere-Ionosphere-Mesosphere Energetics and Dynamics. Originally 2 S/C in 95 deg and 49 deg orbits with propulsion systems 1997: One S/C built by APL, launch Jan 2000 by Delta 2.

TIMED is part of the NASA Solar Connections program and is the first Solar Terrestrial Probe.

Mission will study coupling of mesosphere to the lower thermosphere and ionosphere, the MLTI region. GUVI measures composition and temperature profile, and auroral energy input; SEE studies the solar energy input, SABER measures atmospheric cooling rates and pressure and temperature, and TIDI measures wind and temperature profiles.

Program management is at GSFC with control center at APL. Mass 587 kg. Box + 2 inclined panels. 1.6m dia 2.7m high 11.7 span.

In 2006, the mission was extended to 2010.


TIMED 
 

DateTimeEventOrbit  

2001 Dec 7  1507:35 Launch by Delta 7920-10C  V SLC2W 
  T+1:26 SRM 1-6 sep 
  T+2:11 SRM 7-9 sep 
  T+4:23 MECO 161km 5.665 km/s 
  T+4:37 SES-1 
  T+4:41 Fairing sep
 1517:40 T+10:05 SECO-1  215 x 1343 x 66.18  
  T+51:25 SES-2 285m/s 24s 
 1559:24 T+51:49 SECO-2  1320 x 1330 x 66.04 
 1602:55 T+55:20 Jason sep 
 1607:15 T+59:40 DPAF sep 
 1513:57 T+1:06:22 SES-3 
 1514:39 T+1:07:04 SECO-3  636 x 1330 x 71.32 
 1606:11 T+1:58:36 SES-4 
 1606:51 T+1:59:16 SECO-4  627 x 640 x 74.09 
 1712:35 T+2:05:00 TIMED sep 
  T+2:08:20 Cold gas evasive mvr 
  T+2:37:30 SES-5 
 1745  T+2:37:47 SECO-5 depletion  187 x 630 x 76.8 

Payload:

  • GUVI GLobal UV imager, Aerospace corp.

  • TIDI TIMED Doppler Interferometer, Michigan

  • SEE Solar EUV experiment, Colorado

  • SABER Sounding of Atmosphere using Broadband Emission Radiometry

Monday, December 24, 2012

Stardust

 1999-003A


The fourth Discovery mission, Stardust was launched in Feb 1999. The Lockheed-Martin Denver built spacecraft (LM SpaceProbe bus) will fly past at 6.1 km/s in Jan 2004 100 km from 81P/Wild 2 and recover cometary material using an aerogel substance. The encounter will take place 1.9 AU from the Sun. A return capsule would land on a lake bed in Utah in Jan 2006.

Stardust uses Denver's Space Probe bus with a return vehicle, the Sample Reentry Capsule (SRC). The SRC is passive, and the Stardust bus orients it for entry before separating. The navigation camera is a Voyager spare. Probe mass is 385 kg full including the 46 kg 0.50m high 0.81m dia SRC and 85 kg of hydrazine.

Craft is 1.7m high 0.66 x 0.66m dia 4.8m array span.

In 2000 the Stardust nav camera developed problems with fogging; a series of heating cycles cleared up the problem well enough for navigation at the crucial Jan 2001 flyby of Earth.

In 2002 it flew past Annefrank, which was used as an engineering test of encounter procedures.

The 2004 comet encounter saw Stardust fly directly through at least two jets emanating from the nucleus; it passed about 250 km from the nucleus.

Stardust approaches Earth from a 0.98 x 2.68 AU x 3.6 deg orbt. The divert burn lowers the final aphelion, and puts it onto a 0.92 x 1.70 AU x 1.9 deg orbit.

Target landing location was 113 27W 40 19N. Actual landing location was 113 31 20W 40 22 06N.

Star 37FM is 1147 kg full 74 kg burnout with ISP 289.8s.


Stardust 
 

DateTimeEventOrbit  

1999 Feb 7 2104:15  Launch by Delta 7426  CC LC17A 
  T+1:03 SRM 1-4 burnout 
  T+1:06 SRM jettison 22 km 
  T+4:24 MECO 115 km  
  T+4:32 Stage 1 sep  
  T+4:37 SES-1 123 km  -4200 x 170 ?  
  T+4:44 Fairing sep 127 km  -4200 x 175 ? 
 2124:12 T+9:57 SECO-1  88.20 185 x 189 x 28.5 
 2125:49  Injection reference time 
 2126:04 T+21:49 SES-2 
 2127:49 T+23:34 SECO-2  167.36 178 x 7185 x 28.5 
 2128:42 T+24:27 Stage 2 sep 
 2129:19 T+25:04 TES over 1.08W 1.38S 
 2130:24 T+26:09 TECO 224 km  224 x -43632 x 28.5  
 2131:34  T+27:19 Star 37FM sep 
 2131:40?  Yo weight sep 
  T+1:23:20 SES-3 depletion 
  T+1:23:29 SECO-3 depletion  294 x 6818 x 22.5 
1999 Feb 8  0416  Pass EL1:4 
1999 Feb 11  0353  Depart Earth sphere 1.497Mkm 
1999 Feb   orbital period 2.0 yr 
1999 May   SRC latches open 
1999 Dec   SRC backshell closed 
1999 Dec 28   TCM-A 11m/s 
2000 Jan 18 1900s DSM-1A 30min 
2000 Jan 20  1400s DSM-1B  
2000 Jan 22  1800s  DSM-1C, total 0.17km/s 
2000 Feb 22   Collector deploy,ISM collection begins 
2000 Mar   Aphelion, DSM 
2000 May 1  ISM collection ends, retract collector 
2000 May 24   TCM-3 (DSM cleanup) 72s, 1.9m/s 
2000 Nov 28   TCM-4 (EGA-1) 
2001 Jan 5  1700s TCM-5 (EGA-2)  0.956 x 2.216 AU x 0.0  
2001 Jan 12  2041  Enter Earth sphere 1.5Mkm 
2001 Jan 15  1113  Earth flyby 6008 km 
2001 Jan 16  0200? Moon flyby 98000 km 
2001 Jan 15   Orbital period 2.5yr  0.983 x 2.825 AU x 3.7 
2001 Jan 18  0154  Depart Earth sphere 
2001 Mar 16   Begin CIDA collection period 2 
2001 Aug 8  s  End CIDA period 2 
2002 Jan 18  2156  TCM-7 (DSM-2) 111s 2.6m/s 
2002 Aug 5   ISM collection begins 
2002 Oct 9   TCM 
2002 Nov 2  0450  Flyby (5535) Annefrank at 3079 km 
2002 Dec 9   ISM collection ends 
2003 Jun 17   DSM-3A 36.2m/s 25min  
2003 Jun 18  2100  DSM-3B 34.4m/s 1456s burn 6 kg. 
Jun 23  2200  EMD-1 Entry Maneuver Demo, 0.25m/s 
Jun 25  2200  EMD-2 
Jun 30  1400  EMD-3 
2003 Jul 16   TCM-9 1.0m/s 53s 
2003 Dec 3   TCM-10 118s 2.6m/s 
2003 Dec 23  TCM-11 3.2m/s 
2003 Dec 31   TCM-12 3.2m/s  
2004 Jan 2 1720  First nav image 
 1841  Range 14000 km, in coma, rate 6.1 km/s 
 1851  Range 10300 km? 
 1900  Range 7000 km? 
 1910  Range 3300 km? 
 1918:55 Flyby C/A per Dec 30 release 
 1923:35TDB  Enter comet sphere 
 1922  Flyby C/A per Jan 2 broadcast 
 1922:36UTC 81P/Wild 2 flyby, 236 km at 1.86AU, 6.1km/s 

 

1925:40TDB  Depart comet sphere 
2004 Feb 2  DSM-4  
2005 Nov 16   TCM-17 4.2m/s 
2006 Jan 5  1800  TCM-18 2.4m/s 107s 0.39kg 
2006 Jan 12  1858  Enter Earth sphere (1.5Mkm) 
2006 Jan 13  1900  Stardust in Earth SOE  290 x -32388 x 41.43  
2006 Jan 14 0453  TCM-19 1.3m/s 58s 
 1830  Stardust passes lunar orbit  43 x -32128 x 42.00 
2006 Jan 15 0557:05  E-4hr H=111000 km, capsule sep,  22 x -32101 x 42.05  
 0618TDB?  Bus divert burn to solar orbit, 104000 km  259 x -32354 x 41.7  
 0837  SRC passes GEO 
 0839  Bus passes GEO  
 0900  SRC at 25730 km  
 0930  SRC at 14102 km, 9.26 km/s 
 0956  SRC at 400 km (Hor) 
 0956:40  Entry 12.60 km/s at 125 km -8.2 deg 
 0957  SRC at 225 km (Hor) 
 0958  SRC at 101 km (Hor) 
  Or, 12.8 km/s  
  Or, 12.94 km/s at 125 km  18 x -32105 x 42.0 
 0957:32  E+0:52s 61 km, peak heating 3000K 
 0958:36  E+1:56s 3G switch, timer on  
 0958:52  E+2:12 H=32km drogue 0.83m dia 
 0959:40  E+3:00 H=24 km, descent over UTTR 
 1000  Bus perigee at 258 km  258 x -32355 x 41.67  
 1000:40  E+4:00 H=17 km, in UTTR airspace 
 1004:42  E+8:02s H=3 km main para 
 1010  E+14:38 Landing at Utah TTR at 4.5m/s, 1.2km MSL 
2006 Jan 16  0130  Bus lunar orbit outbound  294 x -32383 x 41.6  
2006 Jan 17  0100  Bus leaves SOE  0.92 x 1.70 AU x 1.9 
2006 Jan 18  0058  Bus leaves Earth sphere (1.496E8) 
2006 Jan 30  0000 Bus in hibernation mode 
2006 Mar 10    547.94 0.9221 x 1.6988AU x 1.94 
2007 Jul   Begin NeXT mission (New Exploration of Tempel-1) 
2007 Oct 10  1500  TMC-21 DSM, 3.57 m/s 
2008 Jan 1    548.11d 0.9222 x 1.6992 AU x 1.94 
2008 Jun 25   TCM-22 1.82m/s   
2008 Nov 18   TCM-23 
2009 Jan 5   TCM-24 7s 0.23m/s 
2009 Jan 12  0420  Range to Earth 1.5Mkm 
 0440  Enter Earth sphere 
2009 Jan 13  0450  Range to Earth 0.9Mkm 
 TCM-25 
2009 Jan 14   Flyby Earth at 9200 km  
 1934  Flyby  9148 x -41105 x 108.14 
2009 Jan 16  1000  Range to Earth 0.9Mkm 
2009 Jan 17  1030  Leave Earth sphere 
 1100  Range to Earth 1.5 Mkm 
2009 Mar 12    572.47d 0.9708 x 1.7278 AU x 8.47 
2010 Feb 10    572.68d 0.9713AU x 1.7279AU x 8.46 
2010 Feb 17  2221  TCM 28 22:53 24m/s 
2010 Mar 1    572.54d 0.9708AU x 1.7280AU x 8.46 
2011 Jan 31  2100  TCM 31 2.6m/s 130s 
2011 Feb 7   TCM 32 0.6m/s 
2011 Feb 12   TCM 33 1m/s 
2011 Feb 15  0439:32TDB Enter 9P Hill sphere 
2011 Feb 15   Flyby 9P/Tempel-1 Rsun=1.547AU 
 0440:08TDB  178 km flyby 
 0440:44TDB Depart 9P Hill sphere 
2011 Mar 24  2300  Depletion burn 146s 
2011 Mar 24  2333  Transmitter off 

Payload:

  • Sample Reentry Capsule, 0.8m dia 46 kg

  • CIDA Comet and Interstellar Dust Analyser (Particle Impact Analyser)

  • Dust flux monitor

  • Navigation and imaging camera

Monday, December 10, 2012

Meteosat 6

 1993-073B


MOP 3, EUMETSAT's third Meteosat Operational Programme satellite, was named Meteosat 6 on orbit. The satellite, built by Aerospatiale, had a mass of 682 kg at liftoff and 316 kg after ejection of the Mage 1 apogee motor. It is 2.1m in diameter and 3.2m high.


Meteosat 6 
 

DateTimeEventOrbit  

1993 Nov 20  0117:00  Launch by Ariane 44LP  CSG 
 0120Stage 2 burn 
 0126Stage 3 burn 
 0135  Stage 3 MECO 
 0137? Solidaridad sep 
 0140? SPELDA 
 0141? Meteosat sep 
 0222:00  Spinup  
 0647  slew1 
 1400  slew2 
1993 Nov 21  0420  slew 3 
1993 Nov 21  1355:28 Mage 1 burn T+36h 30s dV = 1.521 km/s 
 1401:00  Mage 1 ejected ABM+6min 
 1455:28  Spin axis erection  
 1523:57  Sae-2 
1993 Nov 21  1500  1428.07 35571 x 35687 x 1.3 GEO 19.5W 
1993 Nov 22  1049:25  1.5m/s drift corr 
 2244:28 2.9m/s drift corr 
1993 Nov 23   Transfer to MOCC from MOD 
1993 Nov 28?  Radiometer cover off 
1993 Nov 29  1325  First images 
1993 Nov 30    1435.02 35760 x 35770 x 1.3 GEO 15.5W+0.2E 
1993 Dec 19    1435.34 35769 x 35774 x 1.3 GEO 11.0W+0.2E 
1993 Dec 29   mv in 1436.08 35771 x 35801 x 1.3 GEO 10.1W+0.0W 
1994 Feb   Transfer to EUMETSAT 
1994 May 14    1436.08 35779 x 35793 x 1.0 GEO 10.0W 
1995 Apr 12    1436.10 35784 x 35788 x 0.3 GEO 9.9W 
1997 Jan 26   mv out  GEO 10W 
1997 Mar 8   Mv in  GEO 0E 
1997 Jun 15    1436.05 35780 x 35791 x 0.2 GEO 0.2W 
1998 Jun 16    1436.06 35782 x 35789 x 0.2 GEO 0.0W 
1998 Jun 25   mv out 1438.38 35829 x 35833 x 0.2 GEO 5.0W+0.6W 
1998 Jul 1    GEO 9W 
1998 Jul 24    1436.07 35781 x 35790 x 0.3 GEO 8.9W 
1999 Sep 2    1436.10 35778 x 35795 x 0.9 GEO 9.0W 
2002 Sep 25   mv out 
2002 Nov   Arrive 9E 
2006 May 8    1436.14 35774 x 35800 x 5.6 GEO 9.4E 
2006 Jul 31    1435.98 35781 x 35787 x 5.8 GEO 9.8E 
2007 Jan 20   At GEO 9.8E 
2007 Jan 24   Move out 1435.139 35759 x 35776 x 6.25  
2007 May 3   Move in at 67E 
2007 May 3    1436.07 35785 x 35786 x 6.5 GEO 67.3E 
2010 Apr 23    1436.09 35776 x 35796 x 9.1 GEO 67.3E 

Friday, November 23, 2012

STS-113 (Endeavour)

 2002-052A


STS-113 carries the P1 truss on mission 11A.

Launch mass 116458 kg. Landing mass 95578 kg. Transfer 980 kg cargo and 327 kg consumables; from ISS 1021 kg.

Carries MEPSI in bay 3S in new small form factor deployment carrier on APC.

Two XL EMUs brought up on OV-105 for prime and BU use by L-A, EMU 3014 (or 3017?) and 3005. EV2 uses two L EMUs already on ISS, 3009 was the one actually worn.

In this mission the geometry requires that P1 has to be first grappled by STS RMS and then handed off to SSRMS, instead of the SSRMS doing everything as for S1.

On the first EVA, L-A and Herrington connect P1 fluid lines and release CETA launch locks. SPD installs, drag links (from Keel pin) stowed, WETA-1 installed. On EVA2, fluid line connections, keel pins stowed, WETA-2 on port end of P1, and the CETA relocation.

CETA-2 will be moved to sbtd side of MT/CETA-1 so that MT can get to end of P1. Herrington moves CETA holding it in his hands while transferring on SSRMS; hands to L-A to install. Both CETA carts are then on the same side of MT.

On EVA-3, MT moves from worksite 4 to ws 7 (at end of P1) during prebreathe, while the SSRMS is on the Lab. The SSRMS then moves back to the MT. The EVA incldues SPD installs and work on the P1 ATA pump and lines. The MT is then moved back to ws 4.

Expedition 6 consists of Bowersox, Budarin and Pettit. They were scheduled to make a Quest EVA on Dec 6 to deploy one of the P1 radiators and move a Z1 ETSD to CETA, and deploy the UHF on P1; this was delayed. 


STS-113 
 

DateTimeEventOrbit  

2002 Oct 5 Roll to VAB 
2002 Oct 7 Mate to ET 
2002 Oct 12  Rollout to LC39A 
2002 Nov 24  0049:47  Launch  KSC LC39A 
 0051:51 T+2:04 SRB sep
 0052:01  OMS ASS 
 0053:24  OMS ASS CO 
 0058:11 MECO  58 x 220 x 51.6 
 0058:32  ET Sep 
   59 x 232 x 51.6 
 0127:36  OMS-2 5min  195 x 230 x 51.6 
 0133:16  OMS 2 CO 
 0233:18 PLBD open  89.98 232 x 314 x 51.6 

0342:06  NC1 2:17 OMS-3L 33m/s  91.13 312 x 346 x 51.6  
 0344:31  OMS 3 CO 
 1755:37  NC2 OMS-L 1:23 112264 kg  91.84 342 x 387 x 51.6 
 1757:01  OMS 4 CO 
2002 Nov 25  1726:42 NC4 9.8m/s 111287 kg  92.21 371 x 393 x 51.6 
 1727:23  OMS 5 CO 
 1905:47 OMS 6 L TI 
 1905:57  OMS 6 CO 
 1924  MC1, 13km 
 2017  At 1.5km 
 2044  180m on -Rbar 
 2101  120m on +Vbar, begin approach  92.33 379 x 397 x 51.6 
 2159  Docked 
 2214  Hard docked 
 2333  HO 
2002 Nov 26   EX6 takes command (seat liners to Soyuz) 
 0130  RMS checkout  92.31 378 x 397 x 51.6 
 1501  RMS grapple P1 
 1522  RMS unberth 
  Mass 97550 kg 
 1641  SSRMS GRP P1 
 1650 RMS UGP 
 1821 RTL  
 1836 Stage 1 capture 
 1848 Stage 2 capture 
 1908 P1 bolt 3 
 1928 P1 last bolt 
 1930?  SSRMS grapple Lab PDGF 
  EVA-1 Lopez-Alegria, Herrington 
 1945 QUEST Depress complete  
 1947 HO  92.31 378 x 396 x 51.6 
 1949 Batt 
 1956 LA egress 
 2007 H egress 
 2116 Umbilicals 
 2200 SPDs 
 2315 Drag links 
2002 Nov 27  0009 CETA locks out 
 0136 WETA install 
  WETA stanchion from P1 keel 
  WETA from Quest, assemble to stanchion 
  Install WETA/Stanchion on Unity 
 0206 Ing H 
 0224 Ing LA 
 0225 TC 
 0227 HC prep 
 0229 HC  92.31 378 x 397 x 51.6 
 0235 Repress NASA 6:45 
 0237 Integ check (5psi?) 
  SSRMS ungrapple MBS 
  Reboost  92.40 386 x 398 x 51.6 
2002 Nov 28   EVA-2 
 1820  At 5psi 
 1832  At vac, go for HO 
 1833? HO  92.40 386 x 398 x 51.6  
 1836  Batt 
 2049  Moving keel pin on CETA 
 2139  Install WETA 
 2310  EV2 on SSRMS, to take CETA-2 from P1 to S1 
 2325  EV2 in motion with CETA 
 2352  CETA-2 On S1 
2002 Nov 29  0025  Herrington ingress 
 0034? L-A ingress 
 0038  TC 
 0041  HC 
 0047  Repress  92.40 385 x 398 x 51.6 

1640  Reboost  92.42 387 x 398 x 51.6 
2002 Nov 30   EVA-3 
 1621  MT moving from 4 to 7 
 1650  Reboost-2 
 1700 MT stuck between 6 and 7 
 1904  MT fail to move again 
 1908  At 5 psi 
 1920  Resume depress 
 1921  At vac 
 1924  HO 
 1925  TC Open 
 1925  Batt 
 1931  Herr. egress 
 1938  L-A egress 
 2047  UHF ant deployed 
 2200 MT moving 
 2211  MT at WS7 
 2225 92.42 387 x 398 x 51.6 
 2352 MT latched 
2002 Dec 1    
 0200  Preparing to reenter 
 0210? Herrington ingress 
 0215  Inside with TC 
 0222  HC 
 0225  Repress 

1638  Reboost 45min 
   92.51 395 x 399 x 51.6 
2002 Dec 2   Mass 97516 kg 
 1750  HC ODS/PMA 
 1757  ODS closed, 6:18:26 HO time 
 2005  Undocked PMA2  92.51 395 x 399 x 51.6 
 2050  At 120m on +Vbar 
 2050  Begin flyaround  
 2101  1m/s Sep burn on +Rbar 
 2204:47  MEPSI deploy  92.47 391 x 399 x 51.6  
2002 Dec 4  1659:55  PLBD closed  92.45 390 x 398 x 51.6 
 2117:05  PLBD open 
2002 Dec 6  1652:54  PLBD close  
 1830:14 PLBD open 
2002 Dec 7  1549:49  PLBD closed  92.43 389 x 397 x 51.6 
 1831:33 OMS DO 2:58 102.4m/s 
 1834:31 OMS DO CO  88.87 43 x 393 x 51.6 
 47 x 396 (MR) 
 1905:41  EI 

1937:13 MGTD KSC RW33 
 1937:23 NGTD 
 1938:25 WS 
2002 Dec 80130Arrival at OPF1

Sunday, November 18, 2012

Kosmos 2430

 2007-049A


A final 73D6 Oko satellite was launched in Oct 2007. It was placed 180 deg apart from Kosmos-2422. It drifted off station in mid 2012.


Kosmos-2430 
 

DateTimeEventOrbit  

2007 Oct 23  0439 Launch by Mol-M  PL  
 0448 Blok I MECO 
 0448 Blok I sep 
 0529?  Blok L burn  
 0532?  Blok L MECO 
 0535  Sep from Blok-2BL 
 0615  GITsIU KS took control  704.42 522 x 39171 x 62.8 
2012 May   Begin drift off station 

Tuesday, October 30, 2012

Soyuz TMA-1 (Yenisey)

 2002-050A


The Odissea mission involves ESA's Frank De Winne.

Spacecraft 11F732 No 211 was an improved Soyuz TMA, with support for larger crew members in the descent module to permit larger US astronauts to fly in it. (A 2006 report suggests that TMA is model 11F732A51). It carried the EP-4 visiting crew of Zalyotin, De Winne and Lonchakov. Lonchakov replaced tourist Lance Bass who was dropped late in the preparations when financing fell through.

Launch mass was 7220 kg.

For descent, the Expedition 6 crew transferred to TMA-1 with EX-6 flight engineer Budarin becoming Soyuz commander. 183s after module sep a descent control system glitch sent TMA-1 into a backup, ballistic descent mode. The vehicle landed 440 km short (west) of the planned site. 


Soyuz TMA-1 
 

DateTimeEventOrbit  

2002 Oct 30  0311:11  Launch by Soyuz FG  KB LC1 
  T+1:53 SAS off 
  T+1:57 BVGD sep 
  T+2:37 GO sep 
 0315  T+4:47 Blok A sep 
  T+4:57 KhO sep 
 0319:55  T+8:44 Blok I MECO 
 0319:59  T+8:48 Blok I sep 
 0646:28 DV1 23m/s 57s 
 0731:05  DV2 21m/s 53s 
2002 Oct 31  0415:12  DV3 2m/s 6s 
2002 Nov 1 0217:11  DV4 18m/s 46s 
 0302:31  DV5 30m/s 73s 
 0358s  Begin flyaround 
 0451s  Begin final approach 
 0500:20  Docking with Pirs 
 0605s HO 
2003 May 3  1938:07  HC 
 2240  Hooks and latches open
 2243:00  Undocking 
 2246:00  U+3 min 20m range, Sep 0.6m/s 
2003 May 4    92.37 386 x 395 x 51.6 
 0112:27 U+2:26, DO burn at 19 km range, 4:21, 115.2 m/s 
 0116:42 DO CO  88.40 -4 x 394 x 51.6  
 0129:34  Equator crossing at 391 km 
 0140:09 U+2:54 Modules sep 
 0143:12 Spacecraft to ballistic mode 
 0143:14 U+2:57 Entry 
 0144?  Modules reenter 
 0151:48? U+3:05 Parachutes deployed 
  U+3:08 Landing sequence begins
 0204:25 U+3:18 Landing 49 37 47 N 61 20 36E 

Monday, October 29, 2012

Metop B

 2012-049A


MetOp B with PLM-1 and SVM-1.


Metop B 
 

DateTimeEventOrbit  

2012 Sep 17  1628:40 Launch by Soyuz-2-1a 012/1037  KB LC31  
  T+1:58 Straop sep 
  T+4:47 Blok A MECO, sep 
  T+4:49 Fairing sep
 1637:25 T+8:45 Blok I MECO 
 1637:29 T+8:49 Blok I sep  -2235? x 223 x 98.7  
   -2278 x 230 x 97.7  
 1638?  Fregat MES-1 
 1646? Fregat MECO-1  170? x 800? 
 1650? Blok I reentry  
 1731? Fregat MES-2 
 1731? Fregat MECO-2 
 1737 T+1:09:00? Fregat sep  101.03 805 x 809 x 98.7  
 1816? Fregat deorbit 
 1816? Fregat deorbit MECO  92.70 4 x 808 x 98.8  
 1900? Entry over 155W 57S? 

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