Engineering:Soyuz-TM
Soyuz-TM spacecraft. | |
Manufacturer | Korolev |
---|---|
Country of origin | Soviet Union and Russia |
Operator | Soviet space program/Russian Federal Space Agency |
Applications | Carry three cosmonauts to Mir and ISS and back |
Specifications | |
Design life | Up to six months docked to station |
Regime | Low Earth orbit |
Production | |
Status | Out of service |
Launched | 34 |
Maiden launch | Soyuz TM-1, 1986 |
Last launch | Soyuz TM-34, 2002 |
Related spacecraft | |
Derived from | Soyuz-T |
Derivatives | Soyuz-TMA |
The Soyuz-TM were fourth generation (1986–2002) Soyuz spacecraft used for ferry flights to the Mir and ISS space stations. The Soyuz spacecraft consisted of three parts, the Orbital Module, the Descent Module and the Service Module.[1]
The first launch of the spacecraft was the uncrewed Soyuz TM-1 on May 21, 1986, where it docked with the Mir space station.[2] The final flight was Soyuz TM-34, which docked with the International Space Station and landed November 10, 2002.[3]
Background
After the Apollo-Soyuz Test project in 1976, the Soyuz for crewed flights had the singular mission of supporting crewed space stations.[4] The original Soyuz had a limited endurance when docked with a station, only about 60 to 90 days.[4] There were two avenues for extending the duration of missions past this. The first avenue was to make upgrades to increase the Soyuz spacecraft's endurance. The Soyuz-T could last 120 days and the Soyuz-TM could last 180 days.[4] The other was to use a Visiting Expedition to fly a new Soyuz up to the station and depart with the spacecraft nearing the end of its rated endurance.[4]
The preliminary design was released in April 1981 and the main set of working documentation was released in early 1982.[5]
Upgrades from Soyuz-T
The Soyuz-TM was an upgraded version of the Soyuz-T. The TM stood for transport modified (or транспортный модифицированный in Russian).[2]
Orbital Module
With the growth of orbital complexes, the Soyuz-T used the Igla system that required continuous orientation with the station and had high fuel costs. The Soyuz-TM was upgraded with the Kurs system that did not require the same orientation from the station and allowed measurements from a range of 200 km instead of the 30 km of the Igla.[6]
Descent Module
It also increased the payload to 51.6° orbit by 200–250 kg and was able to return 70–90 kg more back to earth. Energia accomplished this by increasing the capabilities of the launch vehicle and decreasing the mass of the ship.[6] The parachute system mass was decreased by 120 kg (40%) by using synthetic material for the slings and lightweight material for the parachute domes.[6]
Propulsion/Service Module
It also featured a new KTDU-80 propulsion module that permitted the Soyuz-TM to maneuver independently of the station, without the station making "mirror image" maneuvers to match unwanted translations introduced by earlier models' aft-mounted attitude control. It also used the baffles inside the tanks became structural, allowing further reduction in mass.
Typical Flight for Soyuz-TM
Training
Classroom training is completed on Soyuz systems and required crew operations. Cosmonauts must pass an oral test on the material for certification. Training was also completed on Soyuz mockups and simulators. Two weeks before launch, after passing all the tests, the crew is flown to Baikonur to participate in a test at the launch site to go through all the steps associated with the launch.[7]
For Flight Readiness
The final decision to launch is made by the assembly company (General Designer).[8] There is a Space Committee formed of approximately 20 people headed by a 3-star General for Air and Space with the following representation:
- RSA
- NPO-Energia
- General Designer
- Central Institute of Machine Building
- Ministry of Defense
- Physicians
- Baikonur
When different companies/countries are involved, they are represented as well at on the Space Committee. For Soyuz launches, the Ministry of Defense representative states that everything has been checked because all preparations at Baikonur are performed by the military. Independent assessment is made by the Central Institute of Machine Building for every flight.[8] Cosmonauts had to get clearance from the Russian Medical Commission, the Institute of Biomedical Problems and the GCTC at the flight readiness Review.[8]
Launch
Space Station
Landing
Table of Flights
Mission | Launch | Launch Crew | Landed | Landed Crew | Duration | Summary |
---|---|---|---|---|---|---|
Soyuz TM-1 | 21 May 1986 | 30 May 1986 | 9 days | Uncrewed test flight | ||
Soyuz TM-2 | 5 February 1987 | Mir EO-2: Yuri Romanenko Aleksandr Laveykin |
30 July 1987 | Mir EP-1: Aleksandr Viktorenko Muhammed Faris Mir EO-2: Aleksandr Laveykin |
174 days | |
Soyuz TM-3 | 22 July 1987 | Mir EP-1: Aleksandr Viktorenko Muhammed Faris Mir EO-2: Aleksandr Pavlovich Aleksandrov |
29 December 1987 | Mir EO-2: Yuri Romanenko Aleksandr Pavlovich Aleksandrov Mir LII-1: Anatoli Levchenko |
160 days | |
Soyuz TM-4 | 21 December 1987 | Mir EO-3: Vladimir Titov Musa Manarov Mir LII-1: Anatoli Levchenko |
17 June 1988 | Mir EP-2: Anatoly Solovyev Viktor Savinykh Aleksandr Aleksandrov |
178 days | |
Soyuz TM-5 | 7 June 1988 | Mir EP-2: Anatoly Solovyev Viktor Savinykh Aleksandr Aleksandrov |
7 September 1988 | Mir EP-3: Vladimir Lyakhov Abdul Ahad Mohmand |
91 days | |
Soyuz TM-6 | 29 August 1988 | Mir EP-3: Vladimir Lyakhov Abdul Mohmand Valeri Polyakov |
21 December 1988 | Mir EO-3: Vladimir Titov Musa Manarov Mir Aragatz: Jean-Loup Chrétien |
114 days | |
Soyuz TM-7 | 26 November 1988 | Mir EO-4: Alexander Volkov Sergei Krikalev Mir Aragatz: Jean-Loup Chrétien |
27 April 1989 | Mir EO-4: Alexander Volkov Sergei Krikalev Valeri Polyakov |
151 days | |
Soyuz TM-8 | 5 September 1989 | Mir EO-5: Aleksandr Viktorenko Aleksandr Serebrov |
19 February 1990 | Mir EO-5: Aleksandr Viktorenko Aleksandr Serebrov |
166 days | |
Soyuz TM-9 | 11 February 1990 | Mir EO-6: Anatoly Solovyev Aleksandr Balandin |
9 August 1990 | Mir EO-6: Anatoly Solovyev Aleksandr Balandin |
179 days | |
Soyuz TM-10 | 1 August 1990 | Mir EO-7: Gennady Manakov Gennady Strekalov |
10 December 1990 | Mir EO-7: Gennady Manakov Gennady Strekalov Reporter: Toyohiro Akiyama |
130 days | |
Soyuz TM-11 | 2 December 1990 | Mir EO-8: Viktor Afanasyev Musa Manarov Reporter: Toyohiro Akiyama |
26 May 1991 | Mir EO-8: Viktor Afanasyev Musa Manarov Project Juno: Helen Sharman |
175 days | |
Soyuz TM-12 | 18 May 1991 | Mir EO-9: Anatoly Artsebarsky Sergei Krikalev Project Juno: Helen Sharman |
10 October 1991 | Mir EO-9: Anatoly Artsebarsky Others: Template:Country data Kazakh SSR Toktar Aubakirov Franz Viehböck |
144 days | |
Soyuz TM-13 | 2 October 1991 | Mir EO-10: Alexander Volkov Others: Template:Country data Kazakh SSR Toktar Aubakirov Franz Viehböck |
25 March 1992 | Mir EO-10: Alexander Volkov Sergei Krikalev Other: Klaus-Dietrich Flade |
175 days | In orbit during the Dissolution of the Soviet Union |
Soyuz TM-14 | 17 March 1992 | Mir EO-11: Aleksandr Viktorenko Aleksandr Kaleri Other: Klaus-Dietrich Flade |
10 August 1992 | Mir EO-11: Aleksandr Viktorenko Aleksandr Kaleri Other: Michel Tognini |
145 days | |
Soyuz TM-15 | 27 July 1992 | Mir EO-12: Anatoly Solovyev Sergei Avdeyev Other: Michel Tognini |
1 February 1993 | Mir EO-12: Anatoly Solovyev Sergei Avdeyev |
188 days | |
Soyuz TM-16 | 24 January 1993 | Mir EO-13: Gennadi Manakov Alexander Poleshchuk |
22 July 1993 | Mir EO-13: Gennadi Manakov Alexander Poleshchuk Other: Jean-Pierre Haigneré |
179 days | |
Soyuz TM-17 | 1 July 1993 | Mir EO-14: Vasili Tsibliyev Aleksandr Serebrov Other: Jean-Pierre Haigneré |
14 January 1994 | Mir EO-14: Vasili Tsibliyev Aleksandr Serebrov |
196 days | |
Soyuz TM-18 | 8 January 1994 | Mir EO-15: Viktor Afanasyev Yury Usachov Valeri Polyakov |
9 July 1994 | Mir EO-15: Viktor Afanasyev Yury Usachov |
182 days | |
Soyuz TM-19 | 1 July 1994 | Mir EO-16: Yuri Malenchenko Talgat Musabayev |
4 November 1994 | Mir EO-16: Yuri Malenchenko Talgat Musabayev Euromir 94: Ulf Merbold |
125 days | |
Soyuz TM-20 | 3 October 1994 | Mir EO-17: Aleksandr Viktorenko Yelena Kondakova Euromir 94: Ulf Merbold |
22 March 1995 | Mir EO-17: Aleksandr Viktorenko Yelena Kondakova Valeri Polyakov |
169 days | |
Soyuz TM-21 | 14 March 1995 | Mir EO-18: Vladimir Dezhurov Gennady Strekalov Norman Thagard |
11 September 1995 | Mir EO-19: Anatoly Solovyev Nikolai Budarin |
181 days | |
Soyuz TM-22 | 3 September 1995 | Mir EO-20: Yuri Gidzenko Sergei Avdeyev Euromir 95: Thomas Reiter |
29 February 1996 | Mir EO-20: Yuri Gidzenko Sergei Avdeyev Euromir 95: Thomas Reiter |
179 days | |
Soyuz TM-23 | 21 February 1996 | Mir EO-21: Yuri Onufrienko Yury Usachov |
2 September 1996 | Mir EO-21: Yuri Onufrienko Yury Usachov Other: Claudie André-Deshays |
193 days | |
Soyuz TM-24 | 17 August 1996 | Mir EO-22: Valery Korzun Aleksandr Kaleri Other: Claudie André-Deshays |
2 March 1997 | Mir EO-22: Valery Korzun Aleksandr Kaleri Other: Reinhold Ewald |
196 days | |
Soyuz TM-25 | 10 February 1997 | Mir EO-23: Vasili Tsibliyev Aleksandr Lazutkin Other: Reinhold Ewald |
14 August 1997 | Mir EO-23: Vasili Tsibliyev Aleksandr Lazutkin |
184 days | |
Soyuz TM-26 | 5 August 1997 | Mir EO-24: Anatoly Solovyev Pavel Vinogradov |
19 February 1998 | Mir EO-24: Anatoly Solovyev Pavel Vinogradov Other: Léopold Eyharts |
197 days | |
Soyuz TM-27 | 29 January 1998 | Mir EO-25: Talgat Musabayev Nikolai Budarin Other: Léopold Eyharts |
25 August 1998 | Mir EO-25: Talgat Musabayev Nikolai Budarin Other: Yuri Baturin |
207 days | |
Soyuz TM-28 | 13 August 1998 | Mir EO-26: Gennady I. Padalka Sergei Avdeyev Other: Yuri Baturin |
28 February 1999 | Mir EO-26: Gennady I. Padalka Other: Ivan Bella |
198 days | |
Soyuz TM-29 | 20 February 1999 | Mir EO-27: Viktor Afanasyev Jean-Pierre Haigneré Other: Ivan Bella |
28 August 1999 | Mir EO-27: Viktor Afanasyev Jean-Pierre Haigneré Other: Sergei Avdeyev |
188 days | |
Soyuz TM-30 | 4 April 2000 | Mir EO-28: Sergei Zalyotin Aleksandr Kaleri |
16 June 2000 | Mir EO-28: Sergei Zalyotin Aleksandr Kaleri |
72 days | Last mission to Mir |
Soyuz TM-31 | 31 October 2000 | Expedition 1: Yuri Gidzenko Sergei Krikalev William Shepherd |
6 May 2001 | ISS EP-1: Talgat Musabayev Yuri Baturin Dennis Tito |
186 days | First Soyuz to the International Space Station |
Soyuz TM-32 | 28 April 2001 | ISS EP-1: Talgat Musabayev Yuri Baturin Dennis Tito |
31 October 2001 | ISS EP-2: Viktor M. Afanasyev Claudie Haigneré Konstantin Kozeyev |
185 days | |
Soyuz TM-33 | 21 October 2001 | ISS EP-2: Viktor M. Afanasyev Claudie Haigneré Konstantin Kozeyev |
5 May 2002 | Yuri Gidzenko Roberto Vittori Mark Shuttleworth |
195 days | |
Soyuz TM-34 | 25 April 2002 | Yuri Gidzenko Roberto Vittori Mark Shuttleworth |
10 November 2002 | Sergei Zalyotin Frank De Winne Yury Lonchakov |
198 days |
Gallery
External links
- RSC Energia: Concept Of Russian Manned Space Navigation Development
- Mir Hardware Heritage
- David S.F. Portree, Mir Hardware Heritage, NASA RP-1357, 1995
- Mir Hardware Heritage (wikisource)
- Information on Soyuz spacecraft
- OMWorld's ASTP Docking Trainer Page
- NASA - Russian Soyuz TMA Spacecraft Details
- Space Adventures circum-lunar mission - details
References
- ↑ Miller, Denise (30 July 2013). "What is the Soyzu Spacecraft". https://www.nasa.gov/audience/forstudents/5-8/features/nasa-knows/what-is-the-soyuz-spacecraft-58.
- ↑ 2.0 2.1 Portree, David S. (1995). Mir Hardware Heritage. NASA. pp. 53–59. http://www.spaceflight.nasa.gov/history/shuttle-mir/references/documents/mirheritage.pdf.
- ↑ "Soyuz ISS Missions". NASA. http://www.nasa.gov/externalflash/ISSRG/pdfs/soyuz_missions.pdf.
- ↑ 4.0 4.1 4.2 4.3 Portree, David S. (1995). Mir Hardware Heritage. NASA. pp. 6–7.
- ↑ "Soyuz TM (7K-STM) spacecraft". http://www.gctc.ru/main.php?id=304.
- ↑ 6.0 6.1 6.2 "Soyuz TM manned transport spacecraft". https://www.energia.ru/ru/iss/soyuz-tm/soyuz-tm.html.
- ↑ OSMA Assessments Team. "NASA Astronauts on Soyuz: Experience and Lessons for the Future". https://sma.nasa.gov/SignificantIncidents/assets/nasa-astronauts-on-soyuz.pdf.
- ↑ 8.0 8.1 8.2 OSMA Assessments Team (2010). NASA Astronauts on Soyuz: Experience and Lessons for the Future. NASA. pp. 12–13. https://sma.nasa.gov/SignificantIncidents/assets/nasa-astronauts-on-soyuz.pdf.
Original source: https://en.wikipedia.org/wiki/Soyuz-TM.
Read more |