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China's spaceplane program

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(Redirected fromProject 921-3)
Manned Spacecraft sub-system
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Spaceplane
Description
Role:Reusable launch vehicle spaceplane project
Crew:
Dimensions
Length:32 m
Wingspan:
Mass:140 t
Payload:4 t

Project 921-3 is a crewed spacecraft sub-system ofProject 921. The term 921-3 is often used for the Chinesespaceplane program.[not verified in body]

History

[edit]
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The Chinese National Manned Space Program was given the designation of Project 921 in 1992. This broad project was divided into three phases: 921-1 to launch a crewed mission by 2002 in a craft that became theShenzhou, the Project 921-2 temporary space station by 2010, and the 921-3 permanent space station by 2020. Care must be taken not to confuse the three phases of Project 921 with its seven sub-systems (921-1, 921-2 ... 921-7).

Early planning of Project 921 included six different proposals for a crewed space transportation system. Five of these proposals were of a space-Earth transportation system using a delta winged orbiter. By 1990, the proposal for theSoyuz-like capsuleShenzhou had won out.[citation needed]

Some small models for aspaceplane were made public, but the concept was rejected in favor of aSoyuz-like capsule which becameShenzhou. Concepts for a space shuttle now are only studies. There is no known Chinese government support beyond very basic research for a spaceplane.[citation needed]

Photographs of a two-seat spaceplane simulator were published after 1980, probably belonging to a ChineseDynasoar-like vehicle. Reports of the existence of a wind tunnel model have continued since then.[citation needed]

869 Project

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After 1986 theAir Ministry starts its 869 Project regarding spaceplane concepts. Up to 1990, the several space-shuttle proposals studied were:[1]

Shenlong Test Platform

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Main article:Shenlong (spacecraft)

The latest models shown in 2000 reveal a delta wingedspaceplane with a single vertical stabilizer, equipped with three high-expansion engines. Presuming a seating arrangement of two crew members siting side-by-side in the cockpit, dimensions could be very roughly estimated as a wingspan of 8 m, a length of 12 m and a total mass of 12 tonnes. This is within the payload capability of the ChineseCZ-2E(A) or Type A launch vehicles.[citation needed]

HTS Maglev Launch Assist Technology

[edit]

During the 2006Zhuhai Airshow, pictures of a totally new space vehicle developed by theBeijing University of Aeronautics and Astronautics (北京航空航天大学) were published.[2]

This new Chinese space shuttle was based on the HTS (High Temperature Superconductor)Maglev Launch Assist Technology for Space Flight Vehicle (航天运载器高温超导磁悬浮助推发射技术), with an initial take off speed of 1000 km/h.[3]

Reusable launch vehicle

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Concept proposed byChina Academy of Launch Vehicle Technology. A 140-ton, 32-metre-length orbiter launched atop aLong March 5 rocket with a payload of 7 tons.[1]

Shenlong Spaceplane

[edit]
Main article:Shenlong (spacecraft)

Images of an aerodynamic scaled model, ready to be launched from under the fuselage of aH-6K bomber, were first published in the Chinese media on 11 December 2007.[4] Code named Project 863-706, the Chinese name of this spacecraft was revealed as “神龙”空天飞机 or "Shenlong Space Plane", meaning Divine Dragon inMandarin. These images, possibly taken in late 2005, show the vehicle's black reentry heat shielding, indicating a reusable design, and its engine assembly.[5] First sub-orbital flight of the Shenlong reportedly took place on 8 January 2011.[6]

Earlier, images of theHigh-enthalpy Shock Waves Laboratorywind tunnel of theCASKey Laboratory of high-temperature gas dynamics (LHD) were published in the Chinese media. Test with speed up to Mach 20 where reached around 2001.[7]

Hypersonic Vehicle

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According to 'informal sources', another hypersonic vehicle has been tested, which is equivalent to theX-43.[8]

Tengyun

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Tengyun is a reusablespaceplane project unveiled in 2016 byChina Aerospace Science and Industry Corporation. The spaceplane is composed of two planes, with the larger aircraft acting as a carrier aircraft.[4] A small scale model was shown at the Zhuhai Airshow 2018.[9]

References

[edit]
  1. ^abFisher, Richard (2011)."China's Space Plane Program".www.strategycenter.net.Archived from the original on 12 September 2011. Retrieved27 December 2021.
  2. ^"航天运载器高温超导磁悬浮助推发射技术". 虚幻军事天空. 11 November 2006. Archived fromthe original on 3 March 2016. Retrieved20 April 2008.
  3. ^"航天发射用磁悬浮助推发射系统概念研究". 维普资讯网. 31 January 2005. Retrieved20 April 2008.
  4. ^abShats, Daniel (2021).Chinese spaceplane programs. Peter Wood, BluePath Labs, China Aerospace Studies Institute. Montgomery, AL.ISBN 9798763459043.OCLC 1288576470.{{cite book}}: CS1 maint: location missing publisher (link)
  5. ^"中国"神龙"飞行器首度曝光 身世扑朔迷离". SOHU.com. 11 January 2008. Archived fromthe original on 14 December 2012. Retrieved13 April 2008.
  6. ^"Shenlong 'Divine Dragon' Takes Flight: Is China developing its first spaceplane?". China Signpost. 4 May 2012. Retrieved19 June 2012.
  7. ^"氢氧爆轰驱动激波高焓风洞". 中国科学院高温气体动力学重点实验室. 17 March 2005. Archived fromthe original on 7 December 2005. Retrieved16 April 2008.
  8. ^"International Assessment and Strategy Center > Research > PLA and U.S. Arms Racing in the Western Pacific". Strategycenter.net. 29 June 2011. Archived fromthe original on 31 January 2014. Retrieved16 November 2013.
  9. ^Shats, Daniel (13 December 2021)."Don't Buy China's Hypersonic Head-Fake. Its Spaceplanes Are Racing Ahead".Defense One.Archived from the original on 13 December 2021. Retrieved27 December 2021.
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