Sunday, April 29, 2001

Tubsat

 1998-042A


On Jul 7 at 0315 UTC Russia carried out the first satellite launch from a submarine. The Shtil'-1 launch vehicle is a converted R-29RM (RSM-54) ballistic missile. It launched the German 8 kg Tubsat-N `nanosatellite' and its companion 3 kg Tubsat-N1 from the K-407 `Novomoskovsk', a 667BDRM Del'fin class submarine of the Russian Northern Fleet's 3rd Flotilla, commanded by Cdr. Aleksandr Moiseev. Tubsat-N entered a 400 x 776 km x 78.9 deg orbit. The Shtil' is a three stage liquid propellant submarine launched ballistic missile made by the Makeev design bureau; the satellite payload is placed in the standard Shtil' reentry vehicle. The launch was carried out at 0315 UTC on Jul 7 from a range in the Barents Sea off the coast of the Kol'skiy Peninsula, at approximately 35.3 deg E 69.3 deg N (TUB message) or 34.2E 69.5N (NK 9815-15). The submarine was at a depth of about 30m. Both Tubsat-N and Tubsat-N1 carry a small store-forward communications payload which will be used to keep track of transmitters placed on vehicles, migrating animals, and marine buoys. They are owned and built by the Technische Universitat Berlin (TUB). This was the first orbital launch by the Russian Navy and the first by a Makeev built rocket.

Size of the combined satellites 0.32 x 0.32 x 0.10m. Mass of Tubsat N is 8.5 kg.

The third stage engine is jettisoned from the third stage post boost system. The payload capsule (an SLBM RV) is ejected from the PBS. It is a 1.47m long 0.45m x 0.67m dia elliptical cone with its base a separable payload plate.

Stage 2 is 4.6m long (including forward skirt but excluding engine nozzle) 1.90m dia. The PBS is 1.90m diam 3.0m long. The ejected engine is about 2.0m long 1.0m dia.

42F was a rapidly decaying object not tracked until a year after launch.

 ID  RCS  Orbit 6/98  Orbit 6/99 

42A  Tubsat N  0.06 400 x 774  396 x 745   
42B  Tubsat N1 0.54 400 x 770  391 x 708   
42C  Stage  5.3  401 x 807  400 x 792   
42D  Engine?  0.25 400 x 774  393 x 726   
42E   0.01 400 x 771  385 x 675   
42F  deb  0.16  332 x 453  (Cataloged 1999) 


Tubsat N 
 

DateTimeEventOrbit  

1998 Jul 7  0315:00  Launch by Shtil'-1  Barents 
  Stage 1 burn 
 0316:15 T+1:15 Stage 1 Sep 30 km  -6300? x 60? x 78.9 
  T+1:15 Interstage halves sep  
 0316:15 Stage 2 burn 
 0317:49  T+2:49 Stage 2 sep 109 km  -5200? x 160? x 78.9  
  T+2:49 Mode A start, Stage 3 MES 109 km  
 0319:16 T+4:16 Mode M start 174 km, Stage 3 MECO  -1650? x 400 x 78.9  
 0320:20 T+5:20 Stage 3 engine sep 224 km; impact Pacific  -1620? x 400 x 78.9 
 0325:41  T+10:41 B mode, Apogee leg begins, BR MES 800 m/s?  -1500? x 400 x 78.9 
 0330:06  T+15:06 Apogee leg ends, BR MECO  400 x 700? x 78.9 
  BR in low thrust mode 
 0330:11  T+15:11 Payload capsule sep from nosecone  400 x 710? x 78.9 
 0330:47  T+15:47 Payload capsule cover ejected 
 0330:47  T+15:47 Payload ejected from capsule at 2.2m/s 
 0330:47  T+15:47 Nosecone thrust off, 100m away 
 0335?Stage 2 impact 85E 78N 
 0338? Stage 3 engine impact Pacific range 

NATO 2A

  1970-021A


The Phase II NATO satellites were built by Philco-Ford/PaloAlto using the Skynet 1 bus. The spin stabilized satellite provided X-band communications for NATO. The first satellite was known as either NATO I or NATO IIA; the USAF referred to it as NATO-A before launch.

Inital tests were done from a ground station at Camp Parks, California, and then by SRDE/Christchurch in Dorset.

The launch vehicle was a DSV-3L Delta. Some records for the NATO 2 satellites suggest the Delta L variant with the UTC FW4D third stage was used, but this is contradicted by UTC's listing of FW4 launches, so I assume that the Delta M variant with the Star 37D stage was used for both NATO II flights.


NATO IIA 
 

DateTimeEventOrbit  

1970 Mar 20  2352:00 Launch by Delta  CK LC17A 
  T+0:39 SRM 1-3 out 
  T+1:10 SRM 1-3 sep 
 2355:37 T+3:37 MECO 
  St 1 sep 
 2355:45 T+3:45 SES-1 6:14 
 2355:50 T+3:50 Fairing 
1970 Mar 21  0002 T+10:00 SECO-1 367 km 7.166 km/s  -1200? x 367 x 25.8 
 0014? St 2 sep 
 0015 T+23:08 TES 41s 339 km 7.199 km/s 
 0015 T+23:53 TECO 10.1653 km/s 
 0017 T+25:33 St 3 sep 
   277 x 37274 (PK)  
1970 Mar 21  0017   657.40 281 x 37051 x 25.8 
 0600?  Apo 1 86E 
 1700?  Apo 2 78W 
1970 Mar 22  0400? Apo 3 116E 
 1430? Apo 4 45W 
1970 Mar 23  0045? Apo 5 AKM Star 17A burn  1410.0 34234 x 36312 x 2.64 (TR1022) 
 0130?  Apo 5 150E 
1970 May 19   Turned over to SHAFE from SAMSO 
1970 Jun 10  
On station  GEO 18W 
1972 May   End of operational service 
1977 Jan 25    1436.1 35780 x 35794 x 3.0 GEO 100.3W 
1977? Decommissioned 
1980 Jan    GEO 95W 
1980 Mar    GEO 106W 
1981 Jan    GEO 110W 
1981 Mar    GEO 107W +0.004W/d 5.5 
1981 May 8    1435.97 35770 x 35797 x 5.6 GEO 104.7W+0.0 
1981 Dec    GEO 100W 
1982 Oct    GEO 107W 
1983 Jan    GEO 109W 
1983 Feb 20    1436.10 35766 x 35806 x 6.6 GEO 110.2W 
1987 Oct 7    1436.21 35782 x 35795 x 9.6 GEO 107.8W 
1992 Mar 20    1436.17 35764 x 35811 x 12.5 GEO 101.4W+0.02E 
1995 Nov 19    1436.03 35761 x 35809 x 14.0 GEO 110.0W+0.01W 
1998 May 19    1436.03 35759 x 35811 x 14.4 GEO 110.3W+0.01W 
1998 Aug 7    1435.97 35775 x 35792 x 14.5 GEO 108.4W+0.02W

Thursday, April 26, 2001

Kosmos 778

  1975-103A


Satellite 4, position 6


Kosmos-778 
 

DateTimeEventOrbit  

1975 Nov 4  1013 Launch by 11K65M  Plesetsk 
  T+2:10 St 1 MECO 
  T+2:12 St 1 sep 
  T+2:12 St 2 burn 59km 
  T+2:27 Fairing 76km 
 1021?  T+8:03 St 2 MECO 150 km  150 x 1003? x 83 
  T+1:02:19 St 2 MES2 
  T+1:02:30 St 2 MECO2 
 1116?  T+1:02:50 St 2 sep 
1975 Nov 4    105.0 978x1004x83.0 

ACTS

 1993-058B


ACTS, the Advanced Communications Technology Satellite, was a controversial program. NASA's first experimental comsat for almost twenty years was to test out new methods for relaying communications and data. Critics charged that the commercial satellite industry was developing these techniques anyway, and that the program was a waste of taxpayer money and a handout to prime contractor Martin Marietta Astro Space (formerly GE).

ACTS, the Advanced Communications Technology Satellite, was used for Ka band communications. It was operated by NASA's Lewis Research Center (LeRC). Deployed from Orbiter OV-103 Discovery using a Transfer Orbit Stage, it was inserted into geosynchronous orbit by a solid apogee motor burn at 1544 on 1993 Sep 15. Later the same day it began a westward drift in an 0.4 deg inclination orbit.

The Advanced Communications Technology Satellite was a GE (Martin Marietta) Astro Space Series 4000 communications satellite. ACTS was 9.0 m long, 4.3 m diameter, and had a 14 m span set of solar arrays. The 3-axis stabilized satellite had a mass of 2770 kg at launch and 1450 kg on orbit. It was carried into orbit on Shuttle mission STS-51.

ACTS/TOS was deployed from OV-103 Discovery on 1993 Sep 12 at 2113. The Transfer Orbit Stage (TOS), named USS Fred C. Alcorn after an investor in the rocket project, fired 45 minutes later to insert ACTS in geostationary transfer orbit. The apogee motor was fired at 1544 on Sep 15. The scheduled on-station position was 100 deg W.


ACTS 
 

DateTimeEventOrbit  

1993 Sep 12  1145:00  Launch from LC39 
 1147:05  SRB sep 
 1153:31MECO 
 1153:49ET sep, peri 67 km 
 1225  OMS-2 
 1856  ASE unlatch 
 1902  Clamshell open 
 1908  Tilt table raised 
 2113:28  ACTS/TOS deploy 
 2158:35  TOS burn (1:40) 
 2200:15  TOS burnout 
 2210? TOS sep 
   718.71 320 x 40080 x 15.4 
1993 Sep 15  1544  AKM burn at apo 6 
1993 Sep 17    1454.55 35509 x 36784 x 0.3 GEO 77.9W+4.6W 
1993 Sep 24    1437.72 35708 x 35928 x 0.2 GEO 97.2W+0.4W 
1993 Nov 8    1436.10 35773 x 35800 x 0.1 GEO 99.9W 
1994 Jan 3    1436.12 35777 x 35797 x 0.0 GEO 100.1W 
1995 Jan 29    1436.09 35782 x 35790 x 0.0 GEO 100.0W 

Monday, April 23, 2001

Equator-S

1997-075B


Mass 235 kg. MPE/Garching study of equatorial magnetosphere, in GTO piggyback on Ariane, mounted under the Dassault Cyclade adapter. ISTP Ring Current/Near earth plasma study. The satellte has a mass of 230 kg launch, 197 kg BOL with 33 kg solid motor. Size is 1.16m height, 1.65m dia, with two 1.8m magnetometer booms. It is rapidly spin stabilized at 40 rpm with body mounted solar panels. Orbit will be 500 x 63700 km. Control is from GSOC. Equator-S was funded partly from DARA/DLR and partly by MPE's own funds. 


Equator-S 
 

DateTimeEventOrbit  

1997 Dec 2  2252:32  Launch by Ariane 44P  CSG 
 2255  T+3:35 Stage 2 burn 
 2256  T+4:38 Fairing 01 sep 
 2257  T+5:49 Stage 3 burn 
 2310  T+18:51 Stage 3 cutoff 
 2312  T+20:59 JCSAT 5 sep
 2314  T+22:29 Cyclade sep 
 2316  T+24:10 Equator-S sep 
 2316  T+24:14 H-10-3 avoidance burn 
1997 Dec 11  1838:16  Star 13A burn 
1998 May   end of transmissions 

Payload:

  • Star 13A AKM

  • MAM Magnetic field, 1.8m boom magnetometers

  • EDI Electron drift instrument (E field)

  • 3DA 3D plasma analyser; E/q analysers for 3-D ion and electron distribution

  • EPI Energetic particle instrument, Solid state electron/ion telescopes

Kosmos 1818

 1987-011A


The US-M Plazma-A No. 1 flight tested a SPT Hall thruster and the Topol' reactor. It used a US-A bus with experimental equipment instead of the radar. The reactor provided 5 kW of power. According to the NASA orbital debris office, the spacecraft was 9.3m long (of which 4.6m was the reactor section) with an additional 7.2m boom for a total span of 16.5m. One small debris object was left in low orbit and decayed rapidly. Two larger objects separated after launch in the high orbit, one of which is listed by Space-Track as the 11K69 second stage; this is unlikely as the 11K69 probably does not have the performance to reach such a high orbit.

The most likely mission profile is a launch into a low 100 x 400-450 km parking orbit and use of the US-A liquid propulsion system to raise the orbit to around 450 x 800 km, followed by a second burn to circularize. An Arsenal newsletter article reported that the spacecraft was inserted to a 300 km elliptical orbit, and then two burns of the on board 94E DU propulsion system raised the orbit to 900 km circular. A thermal shield was ejected after orbit insertion. The project was designated E3. The 94E DU had an extra external spherical tank.


Plazma-A No. 1 
 

DateTimeEventOrbit  

1987 Feb 1  2330 Launch by Tsiklon-2  KB 
 2332  Stage 1 sep 
 2338 Stage 2 (11D) sep  120? x 450?  
1987 Feb 2  0020?  AKM-1  450? x 800? 
 0110?  AKM-2  787 x 799 
1987 Feb 5  113 x 423 x 65.0 
1987 Feb 20  787 x 799 x 65.0 
1987 Mar 17    788 x 801 x 65.0 
1987 Jun 24   Reactor deactivated 

Soyuz 10

  1971-034A


The first 7K-T transport spaceship, 11F615A8 No. 31, was launched on 1971 Apr 22 and named Soyuz-10. Crew was Vladimir Shatalov (Komandir), Aleksey Yeliseev (Bortinzhener) and Nikolai Rukavishnikov (Inzhener-ispitatel'). Soyuz-10 completed its rendezvous and docking with the DOS 1 (Salyut) space station, but after soft dock the DPO engines continued firing, damaging the docking system and preventing a hard dock. The mission was aborted and after one failed undocking attempt the craft separated at 0717 UTC on Apr 24 and returned to Earth later that day.


Soyuz-10 
 

DateTimeEventOrbit  

1971 Apr 22  2354  Launch by Soyuz 11A511  KB 
 2356  Blok-BVGD sep 
 2358  Blok-A sep 
1971 Apr 23  0002  Blok-I MECO 
1971 Apr 23  0003  Blok-I sep
1971 Apr 23  1035  Orbit adjust 17s 89.1 209 x 258 x 51.6 
 1329  Orbit adjust 
1971 Apr 24  0112? At 800m  
  Rendezvous with Salyut 
 0147  Docked with Salyut 
 0156  Hangup in retraction 
 0717  Undocked 
 2259  Retrofire 
 2302? DO CO 
 2311? Modules sep 
 2318?  Entry 
 2340:00  Landed 120 km NW of Karaganda 

Sunday, April 22, 2001

AMSC-1

 1995-019A


American Mobile Satellite Corp. launched the AMSC-1 satellite to provide domestic mobile telephone communications to the United States. The satellite, also known as M-SAT 2, was one of a pair; the second was built for Canada's Telesat Mobile Inc. The M-SAT type satellites used a new type of graphite antenna, 20 kg in mass and 6.7 x 4.9 m in size. The two L-band reflector antennas span 19m when deployed, while the solar arrays have a 21 m span. The communications payload was built by Spar Aerospace.

In late 1997 AMSC leased the satellite to Actel (African Continental Telecoms Ltd, Gibraltar) to provide telephone service in Africa. Actel is a merger of African Telecom Ltd and Elcor Holdings Ltd; the satellite was renamed Actel 1 (although Elcor is another possible name). AMSC was be moved to 11.5E. The deal fell through in 1999 and AMSC was renamed Motient Corp. in Apr 2000. In 2001, AMSC 1 was owned by Motient Corp. of Reston, Virginia and was operated by Motient Satellite Ventures LLC, a joint venture of Motient and TMI.


AMSC 1 
 

DateTimeEventOrbit  

1995 Apr 7  2347  Launch by Atlas IIA  
 2349  Booster BECO 
 2349  Booster sep 
 2350  Fairing sep 
 2351  Sustainer SECO 
 2351  Atlas sep 
 2351  Centaur MES1 
 2357  Centaur MECO1   
1995 Apr 8  0012?  Centaur MES2 
 0014?  Centaur MECO2   
1995 Apr 8  0017  Separation (1799s)  186 x 40427 x 26.5 
1995 Apr 8    718.25 212 x 40164 x 26.5 
1995 Apr 8  1840? LAM-1 
1995 Apr 9    720.89 365 x 40142 x 25.7 
1995 Apr 10  1800? LAM-2 
1995 Apr 11    927.00 10064 x 40165 x 9.0 
1995 Apr 13?  LAM-3 
1995 Apr 13    1337.01 27483 x 40164 x 2.9 
1995 Apr 15  1340? LAM-4 
1995 Apr 16    1544.81 35666 x 40110 x 0.9 
1995 Apr 17  0400? LAM-5 
1995 Apr 19    1435.68 35759 x 35797 x 0.1 GEO 102.4W+0.1E 
1995 May 21    1436.05 35777 x 35794 x 0.1 GEO 101.0W 
1995 May   Spot beam issues 
1995 Aug 26    1436.10 35776 x 35796 x 0.0 GEO 101.0W 
1997 Jan 9    1436.11 35779 x 35793 x 0.1 GEO 101.1W

A house divided : the diary of the chief executive of the Royal Opera House

https://welib.org/md5/7d64aa22832f60be448c4a71fec23c64

Thursday, April 19, 2001

Iridium MFS-1

 1997-048A


Two Iridium Mass and Frequency Simulators were launched on a CZ-2C from Taiyuan to demonstrate the capability of the CZ-2C launch vehicle and its new Smart Dispenser upper stage. The MFS were probably built by Motorola/Chandler, but are owned by China. The inert satellites, with a mass of around 650 kg, were designed to reproduce the mass distribution and oscillation frequency response of a real Iridium payload.

The apogee burn is about 125 m/s, while the reported capability of the SD is around 200 m/s with 125 kg propellant.


Iridium MFS 1 
 

DateTimeEventOrbit  

1997 Sep 1 1400:15  Launch  
 1402:17  T+2:02 Stage 1 cutoff 
 1402:17  T+2:02 Stage 2 burn 
 1402:17  T+2:02 Stage 1 sep 48 km  -6180 x 81? 
 1404:05  T+3:50 Fairing sep 117 km  -5560 x 120 ?  
 1405:17  T+5:02 Stage 2 MECO  -3000 x 150 ? 
 1410:25  T+10:11 Stage 2 VECO 
 1410:29  T+10:14 Stage 2 sep  177 x 615 x 86.3 
 1448:23  T+48:08 SD burn 
 1448:59  T+48:44 SD burnout 
 1450:18  T+50:03 SD sep 623 x 633 x 86.3  
 1454:09  T+53:54 SD deorbit  215 x 638 x 86.2  
1997 Sep 3    97.26 623 x 631 x 86.3 
1997 Sep 10    97.26 623 x 631 x 86.3 
1998 Mar 9    97.26 620 x 634 x 86.3 
2000 Jun 24    97.06 614 x 621 x 86.4 

Club Management: September-October 2000

 https://welib.org/md5/4c4ecd8eae44f647bb5811d1f0d1c0a0

The First Time

https://welib.org/md5/1d327af45bd699d0d43d7f72968af87d

Spaceflight: September 2000

 https://welib.org/md5/65e333357a448e74999addd7edb06424

Seventeen: October 2000

 https://welib.org/md5/0c91fdfa6e8904f0bde17d5e4982677e

Dawson’s Creek Omnibus

https://welib.org/md5/bced46e3deab7f895b311e18117cbe85

Wednesday, April 18, 2001

Westar 3

 1979-072A


Western Union's third domestic C-band satellite was launched in 1979. Westar III was stationed at 91 deg W. It was retired in 1990.


Westar 3 
 

DateTimeEventOrbit  

1979 Aug 10  0020  Launch by Delta 2914  CC LC17 
  T+3:48 MECO 
  T+3:56 St 1 sep 
  T+4:01 SES-1 4:54 
  Fairing 
 0028 T+8:55 SECO-1  88.18 130 x 239 x 31.47 
   88.18 130 x 239 x 28.5?  
 0042  T+22:37 St 2 sep 
 0043  T+23:20 Star 37E burn  
 0044  T+24:03 Star 37E burnout 231 x 36681 x 24.3  
 0045  T+25:15 Star 37E sep 
1979 Aug 11  1430  FW5 AKM burn 
1979 Aug 24    1443.79 35796 x 36077 x 0.16 GEO 81.3W+1.9W 
1979 Aug 31    1436.37 35774 x 35809 x 0.3 GEO 90.9W+0.08W 
1979 Sep 12    1436.03 35779 x 35790 x 0.2 GEO 90.7W 
1980 Jan 8    1436.15 35778 x 35796 x 0.0 GEO 91.1W 
1981 Jan 1    1436.11 35779 x 35793 x 0.0 GEO 90.9W 
1982 Jan 3    1436.12 35778 x 35795 x 0.0 GEO 91.0W 
1983 Jan 1    1436.14 35784 x 35790 x 0.0 GEO 91.0W 
1984 Jan 2    1436.15 35783 x 35791 x 0.0 GEO 91.1W 
1985 Jan 4    1436.10 35782 x 35790 x 0.0 GEO 91.0W 
1986 Jan 5    1436.11 35780 x 35793 x 0.0 GEO 91.0W 
1987 Jan 3    1436.12 35783 x 35791 x 0.0 GEO 90.9W 
1988 Jan 2    1436.08 35780 x 35792 x 0.0 GEO 90.9W 
1989 Jan 15    1436.12 35779 x 35794 x 1.0 GEO 91.1W 
1990 Jan 2    1436.09 35780 x 35793 x 1.9 GEO 90.9W 
1990 Jan 17    1436.12 35781 x 35792 x 2.0 GEO 90.9W 
1990 Jan 24   Orbit raise 1440.94 35878 x 35884 x 2.0  
1990 Mar 15  1440.79 35873 x 35880 x 2.9 

Landsat 1

  1972-058A


ERTS A was launched at 1806:06 on 1972 Jul 23 by a Delta from Vandenberg. The Delta solids separated at 1807:31 and the Thor stage at 1809:46. Delta 89 ignited at 1809:50 and cutoff at 1851:21, entering parking orbit. At 1903 the Delta restarted for an 11 second circularization burn and separated from ERTS A at 1916:41. At 1924 UT the Delta made a third burn, lowering its perigee to 635 x 910 km. ERTS 1 took its first pictures the following day. On 1973 Jan 14 the satellite was renamed Landsat 1, and it continued operating until 1978 Jan 26. Its images were used for crop forecasts, soil surveys, cartography, water supply studies, irrigation studies, geological prospecting, and monitoring of oil slick pollution.


ERTS 1 
 

DateTimeEventOrbit  

1972 Jul 23  1806:06  Launch by Delta  V SLC2W
  SRM 7-9 on at 6 km 
  SRM 1-6 burnout 
 1807:31  T+1:25 SRM 1-9 sep 
  T+3:38 MECO 
 1809:46  Thor sep 
 1809:50  Delta st 2 burn 5:31 
 1815:21  SECO-1  185 x 890 x 99 
 1903  SES-2 11s 
 1903  SECO-2 
 1916:41  St 2 sep  903 x 921 x 99.1 
 1924  SES-3 avoidance and restart test 
 1925?  SECO-3  635 x 910 x 98.5 (Delta) 
1972 Jul 24   First images 
1978 Jan 16   End of ops 

USA-108

 1995-003A


This was the first of the Block II UHF F/O series, with an EHF (Extremely High Frequency) package, requiring a switch to the more powerful Atlas II booster. The satellite had a mass of 3023 kg at orbit insertion, including 1673 kg of propellant.


UHF F/O F4 
 

DateTimeEventOrbit  

1995 Jan 29  0125  Launch from LC36A 
 0127:45  Booster sep 
  MECO at 160 km 
 0129  Centaur burn 1, 6:45 
 0135  Centaur MECO, 11 min drift  170 x 1598 km 
 0146  Centaur burn 2,  
 0148  Centaur MECO-2 
 0153  Centaur sep 
1995 Jan 29    479.42 301 x 27524 x 26.9 
1995 Jan 30  1745? LAM-1 at perigee 
1995 Jan 31    638.26 313 x 36042 x 26.7 
1995 Feb 1  0700?  LAM-2 apogee 
1995 Feb 1    781.74 7495 x 35698 x 14.7 
1995 Feb 2  0900?  LAM-3 
1995 Feb 2    1171.36 24473 x 36387 x 5.4 
1995 Feb 4  0100?  LAM-4 
1995 Feb 4    1400.47 34225 x 35947 x 5.2 
1995 Feb 4  2300?  LAM-5 
1995 Feb 7    1436.23 35645 x 35933 x 5.1 GEO 170.8W+0.04W 
1995 Feb 25    1436.02 35647 x 35923 x 5.1 GEO 170.1W 
1995 Mar 8   mv out 
1995 Mar 20    1436.77 35788 x 35810 x 5.1 GEO 176.6W+0.2W 
1995 Apr 21    1436.14 35776 x 35798 x 5.1 GEO 177.9W 
1995 Sep 9    1435.89 35768 x 35796 x 4.9 GEO 176.3W 
1995 Dec 20    1436.23 35772 x 35805 x 4.8 GEO 176.9W 
1997 Jun 17    1436.17 35775 x 35800 x 4.3 GEO 177.6W 
1999 Mar 23    1436.28 35772 x 35808 x 3.5 GEO 177.0W 

Monday, April 16, 2001

Kosmos 1178

 1980-036A



Kosmos-1178 
 

DateTimeEventOrbit  

1980 May 7  1300 Launch by Soyuz-U  Plesetsk 
 1308  Blok-I burn 
1980 May 7    90.36 195 x 389 x 72.9 
1980 May 8  0530? Orbit raise  92.26 356 x 414 x 72.9 
1980 May 21    92.26 357 x 412 x 72.9 
1980 May 22   
 0732?  Deorbit 
 0742? PO sep 
 0800?  Entry 
 0815? Landed 

Sakura 3B

 1988-086A


Sakura 3B (CS 3B) was launched in Sep 1988.


Sakura 3B 
 

DateTimeEventOrbit  

1988 Sep 16  0959:00 Launch by H-I  TNSC 
  T+0:39 SOB 1-6 out 
  T+0:40 SOB 7-9 on 
  T+1:19 SOB 7-9 out 
  T+1:25 SOB 1-9 sep 
  T+4:26 MECO 
  T+4:32 VECO 
  T+4:34 St 1 sep 
 1003 T+4:39 SES 
 1004 T+5:04 Fairing 
 1009 T+10:37 SECO 
 1023 T+24:00 Spinup 
 1023 T+24:05 Stage 2 sep  89.85 198 x 336 x 30.72 
 1023 T+24:28 Stage 3 burn 
 1024 T+25:30 TECO 
 1025 T+26:30 Stage 3 sep  662.7 199 x 37405 x 28.3 (NASDA) 
 1025 T+26:32 Stage 3 tumble 
 1600? Apo 1 
 2130? Peri 1 
1988 Sep 17  0330? Apo 2 
 0830? Peri 2 
 1400? Apo 3 
 1930? Peri 3 
1988 Sep 18  0100? Apo 4 over 175E 
1988 Sep 18  0054:17 Star 30B burn 
  over 167E? 
1988 Sep 18    1465.88 35519 x 37217 x 0.31 
1988 Sep 20    1451.0 35559 x 37159 x 0.21 (NASDA) 
1988 Sep 20    1452.04 35613 x 36583 x 0.23 
1988 Sep 21    1439.61 35646 x 36064 x 0.23 
1988 Sep 23    1433.69 35614 x 35864 x 0.20 GEO 145E+0.5/d 
1988 Sep 28    1432.27 35596 x 35827 x 0.16 GEO 148E+1/d 
1988 Oct 2    1435.98 35762 x 35805 x 0.2 GEO 149.2E 
1988 Oct 8   On sta for tests 1436.06 35784 x 35788 x 0.16 GEO 149.0E 
1988 Nov 9    1436.14 35785 x 35789 x 0.1 GEO 148.9E 
1988 Nov   Move to 136E 
1988 Nov 28    1436.15 35783 x 35791 x 0.1 GEO 135.9E 
1989 Jul 31    1436.16 35777 x 35798 x 0.1 GEO 136.1E 
1990 Oct 4    1436.13 35785 x 35789 x 0.0 GEO 136.0E 
1992 Jan 12    1436.17 35785 x 35790 x 0.0 GEO 135.9E 
1993 Jun 4    1436.11 35786 x 35787 x 0.0 GEO 136.0E 
1996 Jan 4    1436.13 35779 x 35794 x 0.0 GEO 136.0E 
1997 Feb 8    1436.15 35777 x 37597 x 0.0 GEO 135.9E 

STS-38 (Atlantis)

 1990-097A


The STS-38 mission was a classified military satellite deployment mission. Of all the STS military flights, this one is possibly the most mysterious.

The OMS-1 burn occurred at an altitude of around 120 km. It probably had a magnitude of 30-35 m/s based on the duration. The angle is unknown, but plausible solutions are to keep the angle or the perigee constant. If the angle is constant (dVx = 30-35, dVz = 0) the orbit is 16-27 x 164-169 km. If the perigee is constant (dVx=17-20, dVx=25-29) the orbit is 73 x 162-170 km. If the apogee is constant the perigee is implausibly high. The ET reentered in the Indian Ocean at 28.5S 84.9E, similar to other non-direct-ascent flights, and most likely the perigee was on the low side: I adopt 20 x 165 km as a plausible post-MECO orbit.

The Shuttle made an RCS and an OMS burn to raise the orbit to 263 x 272 km, and presumably this was the orbit from which payload deployment occurred (unless the OMS was a post-deploy separation burn, but it seems a bit large for this).

The AFP-658 payload was deployed on Nov 16. On Nov 17, the perigee was lowered to 222 km, either for Earth observations or to optimize landing opportunities. Landing was on Nov 20.


STS-38 
 

DateTimeEventOrbit  

1990 Jun 8   Tow to VAB 
1990 Jun 9   ET mate  VAB 
1990 Jun 18   Rollout  LC39A 
1990 Aug 8   Rollback to outside VAB 
1990 Aug 9   Rollback to VAB  VAB/3 
1990 Aug 15  Demate  VAB/3 
1990 Aug 16   Tow to OPF  OPF/2 
1990 Oct 2   Tow to VAB  VAB/3 
1990 Oct 4   ET mate  VAB/3 
1990 Oct 12   Rollout  LC39A 
1990 Nov 15  2348:15  Launch from LC39A 
 2350:18  SRB sep 
 2356:44  MECO 
 2357:02  ET sep  86.29 20 x 165 x 28.45 
 2358:45  OMS-1 (75s) 30-35m/s??  
1990 Nov 16  0000:07  OMS-1 CO  87.44 73 x 221 x 28.45  
1990 Nov 16  0025:48  OMS-2 (103s) 40m/s?  
 0027:21  OMS-2 CO 
 0122:23  PLBD open 
 0041   88.89 215 x 223 x 28.47 
 0100   88.87 214 x 223 x 28.47 
 0335  At perigee 28S 47E 
 0425At apogee 26N 125W 
 0430?  RCS burn 
 0500 89.36 217 x 267 x 28.47 
 0528:23  OMS-3 30s burn 
 0528:53  OMS-3 CO 
 0656?  AFP-658 deployed 
 0716  RCS sep? 
 0948   89.87 263 x 272 x 28.46 
 2322   89.88 264 x 272 x 28.46 
1990 Nov 17  0437?  PROWLER deploy 
 0456?  RCS sep? 
 1249   89.80 260 x 269 x 28.47 
 2119:45  OMS-4 20s
 2120:05  OMS-4 CO 
 2120   89.39 222 x 266 x 28.47 
1998 Nov 18  0718   89.38 221 x 265 x 28.47 
 2134   89.35 220 x 264 x 28.47 
1990 Nov 19  1448   89.34 220 x 263 x 28.48 
1990 Nov 19  2035Landing waved off
1990 Nov 20  0147   89.32 219 x 262 x 28.48 
1990 Nov 20  1811   89.31 219 x 261 x 28.47 
 1916:46  PLBD closed 
 2046:15  OMS DO 1:55 70m/s 
 2048:09  OMS DO CO 
 2111:52  Entry 
 2142:42  Landed KSC RW33 
 2142:52  NGTD 
 2143:41  Wheels stop 
1990 Nov 21 0130Tow to OPF/2 

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