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{{Short description|Chinese cancelled jet fighter project}}
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The '''Shenyang J-13''' (Chinese: 歼-13; traditional: 殲-13) was a long-running [[People's Republic of China|Chinese]] project by [[Shenyang Aircraft Corporation]] to develop a light-weight, single engine [[fighter aircraft]], that was ultimately cancelled due to not being chosen for the bid.<ref name="Globalsecurity.org">{{cite web | url=http://www.globalsecurity.org/military/world/china/j-13.htm | title=J-13 (Jianjiji-13 Fighter aircraft 13) / F-13 | publisher=Globalsecurity.org | author= John Pike | date=2006-07-17 | access-date=2008-10-12}}</ref>
The '''Shenyang J-13''' (Chinese: 歼-13; traditional: 殲-13) was a long-running [[People's Republic of China|Chinese]] project by [[Shenyang Aircraft Corporation]] to develop a light-weight, single engine [[fighter aircraft]], which was ultimately cancelled.<ref name="Globalsecurity.org">{{cite web | url=http://www.globalsecurity.org/military/world/china/j-13.htm | title=J-13 (Jianjiji-13 Fighter aircraft 13) / F-13 | publisher=Globalsecurity.org | author= John Pike | date=2006-07-17 | access-date=2008-10-12}}</ref>


==Development==
==Development==
As early as 1970, Shenyang Aircraft Corporation's [[Shenyang Aircraft Design Institute|601 Institute]] had been designing a replacement for the [[People's Liberation Army Air Force]]'s (PLAAF) aging fleet of [[Shenyang J-6]] fighter jets (the Shenyang J-6 was a copy of the [[Soviet Union|Soviet]] [[Mikoyan-Gurevich MiG-19]] 'Farmer') . Airframes were being tested for their aerodynamic configuration through a [[wind tunnel]]. In 1974, the PLAAF formally proposed the development of a replacement for the Shenyang J-6 for the 1960s by a light-weight air-superiority fighter aircraft capable of achieving speeds of up to Mach 2.0. In the same year, testing was done on twenty different wing configurations. In 1966, testing on the material and the selection of electronics and avionic equipment to be used for the airframe were undertaken. Seven different airframes were tested in total. As progress on the airframe continued, a constant problem that had arisen in similar Chinese fighter aircraft projects, such as the [[Chengdu J-9]] and [[Nanchang J-12]], met the J-6 replacement project; the lack of viable, high performance engine. Initially planning to use the WS-9 [[Turbofan|turbofan engine]] (a copy of the [[United Kingdom|British]] [[Rolls-Royce Spey|Rolls-Royce Spey Mk. 202]] engine), setbacks in its development led to initial testing with the WS-6 turbofan engine (which was capable of providing 12,200&nbsp;kg of thrust). The WS-9 (9,300&nbsp;kg of thrust) was finally completed by 1970 but would prove to be unable to properly power a single-engine fighter and would later go on to power the twin-engine [[Xian JH-7]] [[fighter-bomber]]. After this, nearly all prototypes were canceled, with 2 being sent to other institutions for further testing. In August 1978, an [[Egypt]]ian [[Mikoyan-Gurevich MiG-23|Mikoyan-Gurevich MiG-23MS]] 'Flogger-E' was sent to the 601 Institute and by March 1979 an order to reverse engineer the MiG-23's [[Tumansky R-29]] [[Turbojet|turbojet engine]] was placed for use by the project, which by the late 1970s had finalised its design and officially been allocated the designation '''J-13 Type 2'''. The Chinese R-29 copy, called the 'WP-15' (capable of 12,500&nbsp;kg of wet thrust), like the earlier WS-6 engine, proved to be underwhelming. Delays caused by engine problems, and the success of Shenyang's redesigned [[Shenyang J-8|Shenyang J-8II]] caused funding to be severely cut by 1981. The project was technically not cancelled outright though but placed on low-priority. A new list of operational requirements for the J-13 Type 2 were set in the late 1980s. These requirements were, for the J-13 Type 2 be able to combat other, newly introduced fighters such as the [[Mikoyan MiG-29]] and [[F-16 Fighting Falcon]]. The project was eventually abandoned in the early 1990s due to the success of [[Chengdu Aircraft Industry Group]]'s [[Chengdu J-10]] project.<ref name="China-Defense.com">{{cite web | url=http://www.china-defense.com/aviation/chinese_fighter_development/chinese_fighter_development-6.html | title=Chinese Fighter Development | publisher=China-Defense.com | author= Jack Collins | year=2002 | access-date=2008-10-12}}</ref> From the various aerodynamic tests on the seven different airframes, one airframe in particular the '''J-13V''' was later incorporated into the further development of [[Chengdu Aircraft Industry Group|Chengdu]]'s J-10 project.<ref name="Sina.com">{{cite web | url=http://mil.news.sina.com.cn/p/2008-08-08/0732515426.html | script-title=zh:1976年歼13战机项目获得批准正式开始研制 | publisher=航空世界 | author= 航空世界 'Aviation World Magazine' | language= zh | date=2008-08-08 | access-date=2008-12-17}}</ref>
As early as 1971, Shenyang Aircraft Corporation's [[Shenyang Aircraft Design Institute|601 Institute]] had been designing a replacement for the [[People's Liberation Army Air Force]]'s (PLAAF) aging fleet of [[Shenyang J-6]] fighter jets (the Shenyang J-6 was a copy of the [[Soviet Union|Soviet]] [[Mikoyan-Gurevich MiG-19]] 'Farmer') . By 1973 airframes were being tested for their aerodynamic configuration through a [[wind tunnel]]. In 1974, the PLAAF formally proposed the development of a replacement for the Shenyang J-6 for the 1980s by a light-weight air-superiority fighter aircraft capable of achieving speeds of up to Mach 2.0. In the same year, testing was done on twenty different wing configurations. In 1976, testing on the material and the selection of electronics and avionic equipment to be used for the airframe were undertaken. Seven different airframes were tested in total. As progress on the airframe continued, a constant problem that had arisen in similar Chinese fighter aircraft projects, such as the [[Chengdu J-9]] and [[Nanchang J-12]], met the J-6 replacement project; the lack of viable, high performance engine. Initially planning to use the WS-9 [[Turbofan|turbofan engine]] (a copy of the [[United Kingdom|British]] [[Rolls-Royce Spey|Rolls-Royce Spey Mk. 202]] engine), setbacks in its development led to initial testing with the WS-6 turbofan engine (which was capable of providing 12,200&nbsp;kg of thrust). The WS-9 (9,300&nbsp;kg of thrust) was finally completed by 1980 but would prove to be unable to properly power a single-engine fighter and would later go on to power the twin-engine [[Xian JH-7]] [[fighter-bomber]]. In August 1978, an [[Egypt]]ian [[Mikoyan-Gurevich MiG-23|Mikoyan-Gurevich MiG-23MS]] 'Flogger-E' was sent to the 601 Institute and by March 1979 an order to reverse engineer the MiG-23's [[Tumansky R-29]] [[Turbojet|turbojet engine]] was placed for use by the project, which by the late 1970s had finalised its design and officially been allocated the designation '''J-13'''. The Chinese R-29 copy, called the 'WP-15' (capable of 12,500&nbsp;kg of wet thrust), like the earlier WS-6 engine, proved to be underwhelming. Delays caused by engine problems, and the success of Shenyang's redesigned [[Shenyang J-8|Shenyang J-8II]] caused funding to be severely cut by 1981. The project was technically not cancelled outright though but placed on low-priority. A new list of operational requirements for the J-13 were set in the late 1980s. These requirements were, for the J-13 be able to combat other, newly introduced fighters such as the [[Mikoyan MiG-29]] and [[F-16 Fighting Falcon]]. The project was eventually abandoned in the early 1990s due to the success of [[Chengdu Aircraft Industry Group]]'s [[Chengdu J-10]] project.<ref name="China-Defense.com">{{cite web | url=http://www.china-defense.com/aviation/chinese_fighter_development/chinese_fighter_development-6.html | title=Chinese Fighter Development | publisher=China-Defense.com | author= Jack Collins | year=2002 | access-date=2008-10-12}}</ref> From the various aerodynamic tests on the seven different airframes, one airframe in particular the '''J-13V''' was later incorporated into the further development of [[Chengdu Aircraft Industry Group|Chengdu]]'s J-10 project.<ref name="Sina.com">{{cite web | url=http://mil.news.sina.com.cn/p/2008-08-08/0732515426.html | script-title=zh:1976年歼13战机项目获得批准正式开始研制 | publisher=航空世界 | author= 航空世界 'Aviation World Magazine' | language= zh | date=2008-08-08 | access-date=2008-12-17}}</ref>


==Design==
==Design==


The J-13 was to be a single-engine, single-seat, light-weight, indigenously developed, air-superiority fighter. The J-13's finalised design was a cantilever winged fighter with fuselage side-mounted air intakes. The airframe was designed for high speed and high-altitude interception with limited secondary air-to-ground capabilities, the J-13 possessed a service ceiling of over 19,000 metres, a maximum speed of Mach 2.7 and a climb rate of 254&nbsp;m/s (50,000&nbsp;ft/min). The maximum range has been stated to be 2340&nbsp;km and a maximum overload of +9Gs. Although an entirely a Chinese design and unrelated, the J-13 has a striking resemblance of the [[Lockheed F-104 Starfighter]] fighter aircraft, which was developed decades earlier. Although never armed, the finalised design briefly outlined provisions for a cannon and at least two wingtip-mounted, [[PL-5]] missiles, and 4 hardpoints for other missiles.<ref name="Afwing.com">{{cite web | url=http://www.afwing.com/intro/j13.htm | script-title=zh:歼击-13 型飞机 | publisher=Afwing.com | language=zh | access-date=2008-10-12}}</ref>
The J-13 was to be a single-engine, single-seat, light-weight, indigenously developed, air-superiority fighter. The J-13's finalised design was a cantilever winged fighter with fuselage side-mounted air intakes. The airframe was designed for high speed and high-altitude interception with limited secondary air-to-ground capabilities, the J-13 possessed a service ceiling of over 19,000 metres, a maximum speed of Mach 2.45 and a climb rate of 254&nbsp;m/s (50,000&nbsp;ft/min). The maximum range has been stated to be 2340&nbsp;km and a maximum overload of +9Gs. Although never armed, the finalised design briefly outlined provisions for a cannon and at least two wingtip-mounted, [[PL-5]] missiles.<ref name="Afwing.com">{{cite web | url=http://www.afwing.com/intro/j13.htm | script-title=zh:歼击-13 型飞机 | publisher=Afwing.com | language=zh | access-date=2008-10-12}}</ref>


==Prototypes==
The number is the order of completion.<ref name="jfs_2004_127"/>

{| class="sortable wikitable"
!Frame Number
!Canceled
!Name
|-
! colspan=3 | J-13 Type 1
|-
| 1
| 1971
| J-13P1
|-
| 3
| 1971
| J-13P3
|-
| 4
| 1971
| J-13P4
|-
| 5
| 1971
|J-13P5
|-
| 6
| 1971
| J-13P6
|-
! colspan=3 | J-13 Type 2
|-
| 2
| 1991
| J-13P2
|-
| 7
| 1991
| J-13P7
|}
==Specifications==
==Specifications==
{{Aircraft specs
{{Aircraft specs
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|prime units?=met
|prime units?=met
<!--
<!--
> General characteristics
General characteristics
-->
-->
|crew=1
|crew=1
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-->
-->
|max speed kmh=
|max speed kmh=
|max speed mach=2.5/2.7
|max speed mach=2.45
|cruise speed kmh=
|cruise speed kmh=
|stall speed kmh=
|stall speed kmh=
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|endurance=<!-- if range unknown -->
|endurance=<!-- if range unknown -->
|ceiling m=19000
|ceiling m=19000
|ceiling note=that is with old engine and 4 missiles, old engine and 2 is 23000, new engine four missiles is 22500 and new engine two missiles is 25500
|g limits=<!-- aerobatic -->
|g limits=<!-- aerobatic -->
|roll rate=<!-- aerobatic -->
|roll rate=<!-- aerobatic -->
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Armament
Armament
-->
-->
|guns=
|guns= 1 small caliber cannon in the nose
|bombs=
|bombs=
|rockets=
|rockets=
|missiles=
|missiles= Pl-2 Air to Air Missile and Pl-5 Air to Air Missile
|hardpoints= 3 underneath wings, 2 on wingtips
|hardpoints=
|hardpoint capacity=
|hardpoint capacity=
|hardpoint rockets=
|hardpoint rockets=
|hardpoint missiles= 1 missile each
|hardpoint missiles=
|hardpoint bombs=
|hardpoint bombs=
|hardpoint other=
|hardpoint other=

Latest revision as of 20:44, 8 February 2024

J-13
Role Air superiority fighter
National origin China
Manufacturer Shenyang Aircraft Corporation
Designer Shenyang Aircraft Design Institute
Status Project cancelled

The Shenyang J-13 (Chinese: 歼-13; traditional: 殲-13) was a long-running Chinese project by Shenyang Aircraft Corporation to develop a light-weight, single engine fighter aircraft, which was ultimately cancelled.[1]

Development[edit]

As early as 1971, Shenyang Aircraft Corporation's 601 Institute had been designing a replacement for the People's Liberation Army Air Force's (PLAAF) aging fleet of Shenyang J-6 fighter jets (the Shenyang J-6 was a copy of the Soviet Mikoyan-Gurevich MiG-19 'Farmer') . By 1973 airframes were being tested for their aerodynamic configuration through a wind tunnel. In 1974, the PLAAF formally proposed the development of a replacement for the Shenyang J-6 for the 1980s by a light-weight air-superiority fighter aircraft capable of achieving speeds of up to Mach 2.0. In the same year, testing was done on twenty different wing configurations. In 1976, testing on the material and the selection of electronics and avionic equipment to be used for the airframe were undertaken. Seven different airframes were tested in total. As progress on the airframe continued, a constant problem that had arisen in similar Chinese fighter aircraft projects, such as the Chengdu J-9 and Nanchang J-12, met the J-6 replacement project; the lack of viable, high performance engine. Initially planning to use the WS-9 turbofan engine (a copy of the British Rolls-Royce Spey Mk. 202 engine), setbacks in its development led to initial testing with the WS-6 turbofan engine (which was capable of providing 12,200 kg of thrust). The WS-9 (9,300 kg of thrust) was finally completed by 1980 but would prove to be unable to properly power a single-engine fighter and would later go on to power the twin-engine Xian JH-7 fighter-bomber. In August 1978, an Egyptian Mikoyan-Gurevich MiG-23MS 'Flogger-E' was sent to the 601 Institute and by March 1979 an order to reverse engineer the MiG-23's Tumansky R-29 turbojet engine was placed for use by the project, which by the late 1970s had finalised its design and officially been allocated the designation J-13. The Chinese R-29 copy, called the 'WP-15' (capable of 12,500 kg of wet thrust), like the earlier WS-6 engine, proved to be underwhelming. Delays caused by engine problems, and the success of Shenyang's redesigned Shenyang J-8II caused funding to be severely cut by 1981. The project was technically not cancelled outright though but placed on low-priority. A new list of operational requirements for the J-13 were set in the late 1980s. These requirements were, for the J-13 be able to combat other, newly introduced fighters such as the Mikoyan MiG-29 and F-16 Fighting Falcon. The project was eventually abandoned in the early 1990s due to the success of Chengdu Aircraft Industry Group's Chengdu J-10 project.[2] From the various aerodynamic tests on the seven different airframes, one airframe in particular the J-13V was later incorporated into the further development of Chengdu's J-10 project.[3]

Design[edit]

The J-13 was to be a single-engine, single-seat, light-weight, indigenously developed, air-superiority fighter. The J-13's finalised design was a cantilever winged fighter with fuselage side-mounted air intakes. The airframe was designed for high speed and high-altitude interception with limited secondary air-to-ground capabilities, the J-13 possessed a service ceiling of over 19,000 metres, a maximum speed of Mach 2.45 and a climb rate of 254 m/s (50,000 ft/min). The maximum range has been stated to be 2340 km and a maximum overload of +9Gs. Although never armed, the finalised design briefly outlined provisions for a cannon and at least two wingtip-mounted, PL-5 missiles.[4]

Specifications[edit]

Data from [citation needed]

General characteristics

  • Crew: 1
  • Capacity: 4,572 kg (10,080 lb) payload
  • Length: 17.5 m (57 ft 5 in)
  • Wingspan: 10.4 m (34 ft 1 in)
  • Gross weight: 11,600 kg (25,574 lb)
  • Powerplant: 1 × Woshan WS-6 or WP-15 afterburning turbofan, 37 kN (8,300 lbf) thrust dry, 56 kN (12,500 lbf) with afterburner

Performance

  • Maximum speed: Mach 2.45
  • Combat range: 2,340 km (1,450 mi, 1,260 nmi)
  • Service ceiling: 19,000 m (62,000 ft)
  • Rate of climb: 260 m/s (51,000 ft/min)
  • Thrust/weight: 1.07

See also[edit]

References[edit]

  1. ^ John Pike (2006-07-17). "J-13 (Jianjiji-13 Fighter aircraft 13) / F-13". Globalsecurity.org. Retrieved 2008-10-12.
  2. ^ Jack Collins (2002). "Chinese Fighter Development". China-Defense.com. Retrieved 2008-10-12.
  3. ^ 航空世界 'Aviation World Magazine' (2008-08-08). 1976年歼13战机项目获得批准正式开始研制 (in Chinese). 航空世界. Retrieved 2008-12-17.
  4. ^ 歼击-13 型飞机 (in Chinese). Afwing.com. Retrieved 2008-10-12.

External links[edit]

Media related to Shenyang J-13 at Wikimedia Commons