Tuesday, November 13, 2007


JF-17 Thunder
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Written by Nomi Gobo

Two of the JF-17 Thunder aircrafts have a

lready arrived in Pakistan. They were arrived due to the purpose of March 23rd, Pakistan Day. They were painted in colors of Pak-China Flag in order to show the coorporation and friendship of the both countries. First of the JF-17 Thunder aircrafts will go to Squadrons No.16 "Panther" and No.26 "Black Spider" to replace A-5 aircrafts. First batch of JF-17 consisted of about 50 aircrafts will have Chinese avionics whic

h is developed with the help of Pakistan Air Force in order to meet the requirements up to the western standard. Those 50 or so aircrafts will have KLJ-7 radar which is suppose to be better than APG-66 radar of United States.


use SD-10 as one of the missiles, however PAF is looking to equip JF-17 with French and American origin missiles and also reported that JF-17 will use IL-76 based air-to-air refuellers.


The first flight of FC-1/JF-17 Thunder took place in August 2003. Five prototypes are ready by now which are undergoing testing. Pakistan will receive 10 of these aircrafts after June, 2006 for training purpose. The serial production will start in January, 2007 in Chengdu Aircraft Company.


Single seat, single engine, All-whether, day-night Air Superiority fighter with limited ground attack capabilities. Two sea

t variant will be developed too.


The "Saber-II" program started in 1990 with US assistance. The Northrop Grumman and CAC worked until 1992, the US cancelled this project. However, China managed to continue the project. This project was renamed as FC-1 (Fighter China-1) and it was then supported by the Russian Mikoyan OKB. In 1995, China invited Pakistan to join the project so that Pakistan could fill its fighter gap. Pakistan invested 75 million USD (half of the total development cost) and accelerated the project. The entire

design of the aircraft was changed. The aircraft was supposed to be received in 2000-2001 but due to the Indian plan of purchasing Su-30 fighters, Pakistan asked China to make this aircraft BVR capable. China had been running its BVR missile project to replace its R-73. This missile, the SD-10, is

believed to be carried by the FC-1. The SD-10 medium-range missile is under testing stage and will be ready by 2005.

The first flight of FC-1 took place in August 2003. Five prototypes are ready by now which are undergoing testing. Pakistan will receive 10 of these aircrafts after June, 2006 for training purpose. The serial production will start in January, 2007 in Chengdu Aircraft Company.



First Official Flight



2, Sept, 2003

Testing of flight Envelope


Static Test

Load Testing


9, April, 2004

Testing of flight Envelope


Static Test

Fatigue testing


Not Flown

Certification and Qualification of avionics suite and weapons

Design Features

The aircraft posse

sses a third generation airframe. Mid-mounted wings and position of intakes are pretty similar to F/A-18 and helps in reducing signature. Wings are situated quite after the canopy which gives the aircraft higher instantaneous turn rate and climb rate. Although, its overall maneuverability is 70% that of the F-16 Falcon but its high climb rate makes the aircraft able to challenge early fourth generation fighters. The enlarged bubble canopy will give the pilot better features, including the rare view. The horizontal stabilizers and elevators on the sides of fuselage will give the wings of the aircraft a better angle of attack. Although the airframe does not use composites; the fuselage is composed of aluminum alloys. After having lack of composites, the aircraft still gives a thrust to weight ratio of 0.95, payload of 3800 kg and a maximum speed of Mach 1.6. The unstable design increases the performance of the aircraft in CIC/Dogfight as well as in Supersonic intercepting.


The Chinese FC-1 will use Israeli Elta-2032 Radar since the JL-7 radar is under development stage. Another radar project running is China is the JL-10 and these two radars will be installed in Fc-1 and J-10 respectively. The JF-17 will use Italian FIAR Grifo S-7 Pulse Doppler Radar. Initially, PAF negotiated for French radar (RC-400) and BVR missiles but France was trying to make Pakistan its customer for the Mirage 2000-5 aircraft and refused to sell radars and missiles. This led PAF to go for its last option i.e. Grifo S-7. This radar was purchased under transfer of technology agreement.

The Grifo radars are also installed in F-7P, F-7PGs and Mirage III/Vs of PAF. The Grifo M radar, installed in the Mirage III, have proved to be pretty capable, giving the aircraft limited BVR capability. Therefore, it will b e easier for the PAF to continue with the Grifo series. The Grifo S-7 will have look-down/shoot-down capability and will be a better platform for the PAF in BVR role. It is rumored that this radar lacks multi-targets tracking capability; however, the manufacturers are still quiet about the technical details of the radar until it enters production. FLIR pod is also absent in the avionic suite.

Other avionic systems include a smart Head-Up-Display (HUD), GPS/IPS and two smart Multi-Functional colored Displays. It will also have UOMZ SH-3UMI helmet-mounted sight (the same used in the Russian MiG-29) and dual digital FBW. The avionic systems also include IRSTS, CLDP and Helmet Mounted Display which will help the carry all-weather operations.

Power Plant

The JF-17 will be powered by one Klimov RD -93 turbofan, (an upgraded version of RD-33) which generates more thrust and being more fuel efficient then its previous version. The engine gives 11,000 pounds (49.4 kN) dry and 18,300 pounds (81.4 kN) of thrust with afterburning. The engine will be built in China under license.


The aircraft has 7 store stations and a payload of 3,800 kg. PL-8, PL-9C and AIM-9P are the short range missiles this aircraft will be armed with. The SD-10/PL-12 will be the BVR weapon of this aircraft. The missile is based on Russian R-77 BVR missile and has a maximum range of more then 70 km.

For strike purpose, JF-17 will be able to carry Chinese LGB, Cluster Bombs, anti-runway bombs etc. The naval version of this aircraft will be armed with AM-39 Exocet missiles for anti-ship missions. The future versions will also be having in-flight refueling probe and deck arrester hook installed which will increase the striking range beyond 3000 km.


For self-defense, this aircraft is armed with GSh-23 mm canon (anti-tank) which has a fire rate of 840 rounds /minute. The Electronic Counter Measures systems also include sensors like RWR and MAWS.

May 12th, 2006

During the test flights of FC-1 / JF-17 Thunder Prototype 04 on April 28th, 2006 and inaugural flight on May 9th witnessed by Pakistan Air Force airchief the changes made to the aircraft are clearly visible in pictures here. The fourth prototype (04) has been redesigned with F-35 JSF style Divertless Supersonic Intakes (DSI) being the most notable feature; according to Lockheed Martin, DSI is more stealthy than other conventional air intakes as well as DSI also diverts turbulent boundary-layer airflow away from the engine inlet

Some of the changes that were observed in JF-17 protoype 04:

  1. Redesigned air intakes (DSI)
  2. Larger wing leading-edge root extensions
  3. Taller less swept Fin
  4. Longer Ventral strakes at both sides of the AFT fuselage
  5. Improved Weapon and Electronics systems

These changes were made due

to problems that were faced during test flights of first three prototypes.

The production is set to start in 2006in China. Pakistan has placed initial order of 16 aircraft assembly of which will be shared between China's Chengdu Aircraft and Pakistan's Pakistan Aeronatical Complex (PAC) for Pakistan Air Force. Pakistan plans to buy 150 aircraft, of which 134 will be locally assembled by PAC.


Fighter Names

JF-17, Super-7, FC-1




14 Meters / 45.9318 Feet


9 Meters / 29.5276 Feet


3,800 kg / 8,377.57 lb

Max. Speed

Mach 1.6

Max. Range

3,000 km / 1864.11 Miles




One GSh-23 mm canon; fire-rate of 840 rounds/minute


1 * RD-93; generates 11,000 pounds dry and 18,300 pounds with afterburning.


16,500 Meters / 54,133.9 Feet

+G Limit


Unit Cost

15 Million USD

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