Kliper

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Kliper
Roskosmos
ApplicationsCrewed spaceplane
Specifications
RegimeLow Earth
Design life2004 to 2006
Production
StatusCancelled (2006)
Launched0

Kliper (Клипер,

RSC Energia
. Due to lack of funding from the ESA and RSA, the project was indefinitely postponed by 2006.

Designed primarily to replace the

Soyuz spacecraft, Kliper was proposed in two versions: as a pure lifting body design and as spaceplane with small wings. In either case, the craft would have been able to glide into the atmosphere at an angle that produces much less stress on the human occupants than the current Soyuz. Kliper was intended to be designed to be able to carry up to six people and to perform ferry services between Earth and the International Space Station
.

Development

Announcement of the program

Soyuz TMA-6 spacecraft approaching the International Space Station - the Soyuz spacecraft would have been replaced by Kliper

In February 2004 Nikolai Moiseyev, the deputy director of

X-38
. It was planned to be the successor to the Soyuz spacecraft, which has been built as various versions since 1961.

Early search for support

In 2005 Kliper was displayed in several

Aurora Programme. These rumours turned out to be correct when both Russian and European space officials announced their intent to cooperate on Kliper during the Paris Air Show in Le Bourget on June 10, 2005.[1][2]

Vladimir Taneev, the leading designer of the Kliper system, speculated on the contribution of Europe to the project in the following way:[when?]

The European companies will likely contribute avionics, materials, and cabin systems. Many different options are on the table, and in the near future we expect to form Russian-European working groups specialized in different subsystems and fields of design.

A further element of this process was made public on October 12, 2005, when various press agencies revealed that JAXA, the Japanese space agency, had been officially approached by Russia to participate in the project. JAXA has made it clear that they are more likely to join the project if ESA does so first, which was in doubt after ESA members rejected a study for Europe's involvement in the Kliper project in December 2005.[citation needed] The addition of Japan would make Kliper a truly multinational project, potentially combining the rugged reliability of Russian launchers with Japanese computer technology. A greater pan-national consensus would have allowed for a lighter funding burden on each participant as well.[citation needed]

Estimated costs

Announcements and speculations following the February 2004 press conference suggested a development budget of 10,000,000,000 (about US$400,000,000). In looking at costs for human space travel it was clear that the 10 billion rubles figure was a rather low estimate. In May 2005 The Guardian reported that costs were estimated to be roughly US$3,000,000,000 (for development and construction of Kliper until 2015) of which the bulk of US$1,800,000,000 was speculated to come from Europe.[3] Different sources in 2005 have reported that the money needed for the program would be 1,500,000,000 (about US$1,800,000,000)[4] and on December 12, 2005 an article stated it would be 1,000,000,000 (solely in relation to development costs).[5]

On July 14, 2005 the Russian government approved the national space program for 2006 to 2015 with a budget of 305,000,000,000 (about US$11,000,000,000). The whole budget for the 10-year period was to have been 425,000,000,000 (about US$15,000,000,000).[6] The budget included the needed funding for the Kliper program.[7] Thus in face of Europe's denial to fund a 50,000,000 feasibility study for the Kliper project at the European space summit in December 2005, Russian space officials have announced that Russia would fund Kliper even without any European contribution.[5]

The most recent [when?] article on Kliper stated that the project would have incurred 16,000,000,000 (about US$600,000,000) in development costs, 11,000,000,000 of which will be financed by the government and 5,000,000,000 by contractors.[8]

First launch and target for regular flights

In 2004 it was announced that it was likely that Kliper would make its first launch as early as 2010 or 2011, the same time the

Nikolai Sevastyanov
that "the first regular lift-off is scheduled for 2012, while a complete transport system will be in place by 2015." After the termination of the Russian Space Agency's tender for a new spacecraft, Energia announced that this would push its Kliper proposal's first flight — if developed at all — back further. In the event, the development project did not continue.

ESA's part in Kliper — uncertainty over European cooperation

On September 28, 2005 the BBC reported that Alan Thirkettle, head of ESA's Human Spaceflight Development Department, stated that Kliper would be used: "For future exploration, when we have the objective of going to the Moon, it is important to have several possibilities to go there, and within this framework of cooperation to have our own access to orbit around the Moon." In the same context, Alain Fournier-Sicre, head of the ESA permanent mission in the Russian Federation, also stated that: "The objective is to have a vehicle which is more comfortable than the Soyuz capsule which will be used with pilots and four passengers… It is meant to service the space station and to go between Earth and an orbit around the Moon with six crew members."

Although there seemed to be a lot of enthusiasm for Kliper within Alan Thirkettle's team at ESA (as outlined in the above paragraph), on December 7, 2005, the European space summit of governmental officials of ESA member states declined to approve a 50-million-euro two-year study focusing on ESA's potential involvement in the Kliper project. In denying funding for the study ESA members stated that, among other factors that seemed unfavourable, under the current Russian proposal Europe would not share control over the design of the program and would be limited to being a small industrial contributor. [citation needed]

Jean-Jacques Dordain, ESA's Director General, put the refusal to fund the study into context: "It is not a question of member states for and member states against. I think the decision could not be taken for reasons that are not linked to Clipper itself. The decision could not be taken because of budgetary restraints." Dordain concluded that he was convinced that European support for Kliper was vital for ESA's future involvement in space transport and that a favourable decision can be achieved until June 2006. In concluding "We need two transportation systems in the world",[9] Dordain also outlined shortly after the European Space Summit that the primary requirement of Europe's involvement in the Kliper project was to rely on two separate systems to support the ISS as had been proven vital after the Columbia Space Shuttle disaster in 2003.

Dordain's remarks were echoed by Daniel Sacotte, ESA's director of human spaceflight, microgravity and exploration, in saying simply that "The Russians are not going to finance it, we will finance it from our side", despite adding a cautionary note that "We needed the support from at least two states out of France, Italy and Germany. We didn't get it." What this means in practical terms remains to be seen; ESA officials are still pushing for Europe's involvement in the Kliper project.

Very negative comments relative to Kliper were brought by the various national delegations at the December meeting, in particular by the French Minister of Research François Goulard. In short, there remain for the time being member states strongly committed to Kliper, and others just as strongly opposed. The long-term view remains uncertain.

Russian Space Agency's tender for Kliper

At the end of 2005,

Molniya with a selection date of February 3, 2006. Concerns about the bids led to a delay in the process, with a resubmission deadline of March 2006 and selection was rescheduled for April 2006. Following further delays, the tender was cancelled on 18 July 2006.[10]

In late July 2006, the Russian Space Agency and the European Space Agency agreed to collaborate on a different project to develop a new spacecraft. They decided to fund a study under a program labelled Crew Space Transportation System (CSTS) which started in September 2006 and evaluate a capsule type concept, derived from Soyuz. While this program is the follow-on project of the RSA's and ESA's collaboration on a new space vehicle, this program is no longer connected to Energia's winged Kliper design.

RSC Energia continued to pursue the project without Russian government support and announced that it would seek private investment for the craft.

Russian Space Agency test flights around the year 2012.[12] The project was officially halted in June 2007, after the biggest proponent of the project, Nikolai Sevastyanov, was dismissed from the position of the president of RSC Energia.[13] The newly appointed president of RSC Energia, Vitaly Lopota, confirmed that Kliper would not be displayed at the 2007 MAKS air show. He said that Energia would spend more time on the project analysis, perform additional dynamic modeling, revise the design and appearance and then would come up with new proposals for Roscosmos.[14]

In 2008 Vitaly Lopota shared his vision for the new Russian spacecraft. He mentioned two possible options: a space capsule, better for missions to the Moon and Mars, and a lifting body design for low Earth orbit missions.[15][16] According to his new plans, instead of Kliper, the new Orel capsule would be developed from 2009 to 2017-2018.

Design

Given the Russian Space Agency's preference for Energia's lifting body proposal this part of the article concentrates entirely on Energia's design for Kliper.

Overview

Kliper's

Salyut
space stations had.

In connection with this new design, Kliper would feature a launch escape system that would enable it to detach from the

carrier rocket if an abort of the mission during orbital ascent is required. An abort would be possible during every phase of the launch with the limitation of the first seconds after launch.[citation needed
]

Lifting body design

On return from space, Kliper's

RKK Energia claimed that the craft would be able to land in a predetermined one-square-kilometre area. Artistic impressions showed that the Kliper would have resembled a cylinder topped by a cone. Originally, landing proposals involved both a landing by parachute and as an alternative, in a modified version, a landing on a runway similar to an aircraft, or the Space Shuttle. Leading designer Vladimir Daneev
commented on this issue in June 2005:

We are 99% sure that it will be a spaceship with upturned little wings, enabling the Kliper to land on any class-one military airfield with a runway from three to three and a half kilometres in length.[citation needed]

Kliper, as a vehicle alone, would have been primarily a crewed spaceship, carrying six cosmonauts and payloads of up to 700 kilograms (mostly experiments and other equipment used for carrying through experiments in orbit) and was planned to stay in orbit for approximately 15 days independently and for up to 360 days if

Buran
, the Russian space agency adopted a 'people first' philosophy with the aim of 'bolting' extra capabilities for more advanced missions onto Kliper at a later date. Each orbiter was intended to make 25 flights prior to retirement.

Using a space tug

In late 2005 Kliper's design was changed again. In order to fit the Kliper on the planned upgraded version of the Soyuz-2 rocket, labeled the Soyuz-2-3, Kliper would be 'split up' into two spacecraft, the Kliper crew vehicle and Parom (rus. "ferry"), a space tug. Parom would have been a permanent orbital spacecraft awaiting Kliper in orbit, docking with it and then providing orbital manoeuvering and boosting Kliper to higher orbits in order to dock with the International Space Station. The Parom was planned to be indefinitely reusable, refueling itself via the cargo container, space station, or spacecraft that it is attached to.[17][18]

Missions

The Kliper program was proposed as the Russian-European counterpart to the American

Soyuz, a landing on the Moon could be achieved within the next decade.[19]

Information on Kliper's beyond LEO mission capabilities were expanded further by RSC Energia, with a picture released in December 2005 of what a possible Kliper interplanetary configuration might have looked like. The design was entirely theoretical but made for a view of where

ion propulsion
system might have been contemplated for such a mission, though it might also simply be that there was another reason for such a large array, such as increased power for better telemetry transmission rates over large distances.

Carrier rockets

The present

Zenit rocket that is built in Ukraine
.

At the end of 2005, Kliper's design was changed again (as outlined above) and the most likely solution for a carrier rocket became the

Soyuz 2 rocket. This enhanced Soyuz should have been able to launch Kliper into space because of weight reduction resulting in the use of the Parom as a space tug.[20]

With regard to launch sites for Kliper, further information became available as of October 2005, with a planning-stage declaration from Nikolai Moiseev, Deputy Director of the Russian Space Agency that Kliper could have been launched from ESA's Guiana Space Centre in French Guiana. Though this aim had already been suggested, the comment was made in the context of facility upgrades for Kourou that are already under way since 2003 and expected to be finished in 2007 with the first launch of a Soyuz rocket from French Guiana in 2008. It had been suggested that Kliper could have been launched from both Baikonur and Kourou, by Alan Thirkettle, head of ESA's human spaceflight, microgravity and exploration directorate, in December 2005.[20][21]

See also

References

  1. ^ "ESA to join Russia's Kliper program". Retrieved 25 February 2016.
  2. ^ "BBC NEWS - Science/Nature - Plans for Euro-Russian spaceplane". Retrieved 25 February 2016.
  3. ^ Robin McKie (22 May 2005). "Europe to hitch space ride on Russia's rocket". the Guardian. Retrieved 25 February 2016.
  4. ^ "Europeans Take on NASA". DW.COM. Retrieved 25 February 2016.
  5. ^ a b "Europe Keen to Join Russia in New Spaceship Project". DW.COM. Retrieved 25 February 2016.
  6. ^ "Russian govt agrees 12.5 bln eur 10-yr space programme". Forbes. 15 July 2005. Archived from the original on 1 May 2007.
  7. ^ "RosBusinessConsulting - News Online". Retrieved 25 February 2016.
  8. ^ "Flight International: Kliper choice delayed". Retrieved 27 December 2006.
  9. ^ "Europe unites over space budget". Nature. 12 May 2005..
  10. ^ www.flightglobal.com
  11. ^ Flightglobal: Farnborough Air Show - Energia's Klipper work continues
  12. ^ RSC Energia: Concept of Russian Manned Space Navigation Archived 2007-07-01 at the Wayback Machine
  13. ^ "Russian spaceship maker fires head, to tighten belt". Reuters. July 31, 2007. Retrieved May 16, 2023.
  14. ^ "Акционеры РКК "Энергия" избрали Виталия Лопоту президентом". Газета.Ru. Retrieved 25 February 2016.
  15. ^ "Виталий Лопота: Нужно прийти к тому, чтобы новый образец космической техники появлялся не через десятилетия, а через месяцы". Российская газета. 5 February 2008. Retrieved 25 February 2016.
  16. ^ "К "Клиперу" вернулась "Энергия"". Retrieved 25 February 2016.
  17. ^ Kliper (Clipper) spacecraft
  18. ^ Lighter Kliper could make towed trip to ISS-01/11/2005-Flight International
  19. ^ Mosnews.com
  20. ^ a b Flight International
  21. ^ "Russia's Next Spaceship: Alternative to NASA's CEV". Space.com. 7 December 2005. Retrieved 25 February 2016.

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