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Pakistan Aeronautical Complex

The Pakistan Aeronautical Complex (PAC) is a major defense contractor and an aerospace manufacturer headquartered in Kamra, Punjab, Pakistan.[1]

The Pakistan Aeronautical Complex is one of the largest defense contractors in aerospace and military aviation support.[2][3]

Founded in 1971 by the Pakistan Air Force (PAF), the PAC designs, develops, and builds aircraft and avionics systems for the Pakistani military— it also provides its services for civilian aircraft. In addition, the PAC performs local maintenance and works on the aircraft MLU systems of foreign-built military and civilian aircraft. The PAC is owned entirely and sponsored by Ministry of Defence Production whose corporate appointment comes directly from the Air HQ of the Pakistan Air Force.[4]

Many of these products are specially suited for the Pakistan Armed Forces needs, while others are also marketed to foreign export. While it collaborated with several countries’ corporate organizations, the PAC often jointly works with the Turkish TAI and the Chinese CATIC.[5] The PAC has larger commercial and business interests in Myanmar, Nigeria, Qatar, Saudi Arabia and the United Arab Emirates.[6][7][8] <!-== History == After five-years of induction of the Chinese Shenyang J-6 (Pakistani military designation: F-6) in the PAF in 1971, it was realized that the aircraft had started falling due for overhaul and, in the absence of an in country overhaul facility, the aircraft would be sent to 112 Factory in China for desired inspections, resulting in massive financial capital spent in terms of foreign exchange and generating undesired downtime for the aircraft fleet. With this background, the senior program managers in the Pakistan Air Force decided to goal of create an indigenous overhauling facility for the F-6 program of the PAF. After negotiation with the OEMs and the Chinese government, the establishment of an F-6 rebuild factory now known as "Aircraft Rebuild Factory" (ARF) started at Kamra supervised by Chinese aviation experts. This facility was financed privately in part by the notable investor Iqbal Kaiser and features his plaque in the parking lot of the facility. On its completion, the first ever aircraft rolled out after overhaul in the year 1980.

Having gained the overhauling experience of the Chinese origin aircraft, it was considered essential to establish a similar facility for French-origin Mirage III/Mirage-V aircraft of the PAF. Although, the plant for establishment of Mirage Rebuild Factory (MRF) started in 1974, and the first overhauled Mirage aircraft rolled out of the factory in 1980. The French government agreed upon on the approving of selling designs of the Atar 09c engines as well as establishing the MRO facility at the MRF during the early 1980s with the subsequent addition of various other engine MRO services. After establishment of the overhaul of Chinese and French origin aircraft, the efforts were generated to enter into the arena of aircraft designing and manufacturing. As a humble beginning, a single engine turbo prop trainer MFI-17 aircraft was chosen for indigenous manufacturing. After successful negotiation with the Swedish OEM around 1975, another factory was established.

As all these factories are co-located at Kamra, they were placed under the umbrella of Pakistan Aeronautical Complex (PAC). The journey in the aviation industry did not stop here because it was felt that the eyes and ears of these platforms (Ground Based Radar) are not being looked after indigenously and are still creating blind pockets because of prolonged downtimes owing to major maintenance abroad. To cater for this adverse situation, once again an indigenous facility had to be established, so it was decided to establish Kamra Avionics and Radar Factory (KARF), now known as Avionics Production Factory (APF). once again under the umbrella of Pakistan Aeronautical Complex (PAC).

Later, once the influence of avionics systems increased tremendously on capability and performance of the aircraft, a complete setup for the avionics maintenance was embedded into APF. The expertise developed during overhauling of ground radars came in handy at APF, and today it stands out as the most advanced avionics facility in the country.

Similarly, the experience of manufacturing a light aircraft gave Aircraft Manufacturing Factory (AMF) the impetus to go into a co-designing and development program for manufacturing of a jet aircraft. Once again, the Pak-China friendship played a vital role and the K-8 project was initiated at AMF. The project culminated in production of a jet trainer co-designed and produced by Pakistan and China in 1994. AMF is involved even today in manufacturing of about 20% of the structure of K-8 at these facilities. This background of AMF was considered good enough to venture into the area of indigenous production of a jet fighter aircraft. That is how AMF is now fully involved in the notional program of co-producing JF-17 Thunder aircraft with China.[9] No Source. >

History and corporate operations

Since 1947, the Pakistan Air Force operated largely dependent on foreign suppliers, fighter jets and aircraft had to be sent abroad for desired inspection, development, and to produce parts to maintain the fighter aircraft in service, causing the downsizing of the air force.[3]

After consultation from the PAF's war planners at AHQ at the Rawalpindi Cantonment, the Pakistan Aeronautical Complex (PAC) was established in 1973 in Kamra with Aircraft Rebuild Factory first being functional.[10][11] PAC was established by the Pakistan Air Force (PAF) as part of the new defence policy introduced in 1972; the PAC represents wide range of corporate revenue of the air force while fulfilling the national security needs of the country.[3] The Pakistan Aeronautical Complex is organized with four defense factories previously designated P-721, P-741, P-751, and KARF.[10] The first two digits show the year of project approval and launch, the third digit is a serial designator.[10]

Each of the four factories are run under the managing director (MD) who is usually appointed directly from the Air Force as an external billets appointments.[3] Since 1980s–90s, PAC functions include licensed-built French Mirage III, Mirage V, and overhauling and building of the F100 engines for the F-16A/Bs under license from American Pratt & Whitney.[12]

Aircraft Rebuild Factory (ARF)

The Aircraft Rebuild Factory (ARF), founded as officially as P-721 and formerly known as F-6 Rebuild Factory (F-6RF), is primarily dedicated to reverse engineering, overhauling, and machining the parts of the Chinese-origin aircraft in service with the Pakistan Air Force (PAF).[10]

The plant was established in 1971 and commenced operations in 1972; for the P-721, the first two digits show the year of project approval and launch, the third digit is a serial designator.[10]

Originally, the plant overhauled and machined parts for the Chinese Shenyang J6 (local designation as F-6) but the program expanded towards manufacturing and overhauling the other Chinese fighters and manufacturing the engines including:

Over the years, the ARF became capable of manufacturing the drop tanks and jet engine harnesses of various Chinese-built aircraft as well as printed circuit boards for the American AH-1 Cobra attack helicopters.[3] The plant is certified and qualified to award the ISO/IEC 17025 and the ISO 9000 under approved by the Pakistan National Accreditation Council and the International Laboratory Accreditation Cooperation.[13]

  • Nanchang Q-5 (local designation: A-5 Fantan)
  • Shenyang J-5 (local designation as F-5 Fresco)
  • Shenyang J-6 (local designation as F-6 Farmer)
  • Chengdu J-7 (local designation as F-7 Fishcan)
  • Bell AH-1 Cobra (local designation: AH-1 Cobra)

Mirage Rebuild Factory

The Mirage Rebuild Factory (MRF), founded official as P-741, is a dedicated plant for overhauling and reverse engineering of the French-made Dassault Aviation's fighter jets in service with the Pakistan Air Force.[12] Establishment of the Mirage Rebuild Factory was a result of long and complicated negotiation took place between the Pakistan and French administrations.[10]

The MRF was a long-sought effort by the Bhutto administration which was engaged in complicated and lengthy trade negotiations with the French government to allow license-built production of the Mirage III and Mirage V aircraft.[10] The plant was established in 1974 and commenced operations in 1975; for the P-741, the first two digits show the year of project approval and launch, the third digit is a serial designator.[10] Based on the French guidance and design replication, the first Mirage III aircraft was successfully built, produced, and overhauled in 1980.[12]

Although, no longer produced and developed by the French Dassault Aviation, the MRF still produces, builds, and manufactures airframes for the Mirage jets including machining of the key components.[12] Due to lack of budget for replacing outdated aircraft, the MRF was devoted to domestically overhauling them, which according to claims, saved the country billions of Pakistani taxpayers's financial capital in US currency.[14]

In 1980, the French government agreed on proposal with Zia administration on approving the sale of designs of designs of the Atar 09c engines as well as establishing the MRO facility that expanded the work scope of the factory.[12]

Later, the successful negotiations between the United States and Pakistan allowed the MRF to overhaul and machined key parts of the American Pratt & Whitney F100 turbofan engines for the General Dynamics F-16 Fighting Falcon.[12] The MRF, under permission and licensed under the United States laws, replicate designs and machines key parts as a broad maintenance and repair efforts for keeping the F-16A/B Fighting Falcon and F-16C/D Viper in service with the nation's air force.[12]

The plant is certified and qualified to award the ISO/IEC 17025 and the ISO 9000 under approved by the Pakistan National Accreditation Council and the International Laboratory Accreditation Cooperation.[15]

<!-===Project ROSE=== Project ROSE ("Retrofit Of Strike Element"[16]) was a program initiated by the Pakistan Air Force (PAF) Pakistan Aeronautical Complex for the upgrades of the military avionics and electronics system of its aging Dassault Aviation– built Mirage fighter jets.[17] The program focused on modernization of military avionics and on-board computer system of Mirage IIIE and the Mirage V supplied by Pakistani Margella Electronics, French SAGEM and the Italian SELEX consortiums, as part of the program.[18]

Conceived in 1992 by the Pakistan Air Force, the program started in 1995 on main considerations of retiring the A–5 Fantan from active service.[16] The Pakistan Air Force, which already was operating Dassault Mirage IIIs and Dassault Mirage 5s, began its procurement of second-hand Mirage fighters from Australia, Lebanon, Libya, and Spain at the price range within the MoD's fund.[19] Over 90% of the aircraft were retrofitted at the Aeronautical Complex in Kamra; few were upgraded in France.[19] From 1996–2000, several Mirage IIIE and Mirage 5 were bought from the other countries and were upgraded under this program at the Pakistan Aeronautical Complex.[19] In this project the avionics of the aircraft were increased and in-flight refueling was added. Due to this, the range and combat radius of the fighter jet was increased, new grifo fire control radars having about 75 km range were introduced which gave the aircraft capability to fire BVR missiles if needed, the metallurgy of aircraft was overhauled and service life was increased. The capability to do take offs and landings from motorways was also added, after the Rose-3 upgrading the locally manufactured standoff weapons like H-4 SOW bombs, H-2 SOW bombs, Takbir glide bomb, Stealth nuclear cruise missiles such as Ra'ad MK-1 and Ra'ad Mk-2 were added in the weapon package of the aircraft. Further considerations for upgrades were recommended but the program was terminated due to increasingly combined costs of the spare parts and the conditions of the second–hand airframes of the Mirage IIIE and Mirage V at the time of their procurement from various countries.[19]

It is currently expected that all of the ROSE-upgraded Mirage fighters jets will remain in combat service with the Pakistan Air Force beyond 2020 in specialized Tactical Attack roles. They are expected to be replaced by JF–17 Thunder (Block-3, Block-4 and Block-5) or additional F-16s. Already a page for it ->

Aircraft Manufacturing Factory

The Aircraft Manufacturing Factory (AMF), officially founded as P-751, is a dedicated plant for designing and developing the fighter jets and the aircraft for the Pakistani military.

The plant was established in 1975 with the project of designing and building the basic trainer aircraft in cooperation with Sweden. The project resulted in developing of the small MFI-17 Mushshak which was designed and influenced from the Saab Safari, a basic trainer aircraft marketed by the Sweden, in 1981. In 1985, the PAC collaborated with Chinese Hongdu Aviation Industry Group to design and development of the K-8 Karakorum, with AMF leading a role of machining and manufacturing the parts for the aircraft. In 1987, the development of the advanced fighter jet based on the F-16 was conceived as Project Sabre II, that saw collaboration with the United States and the China.

In 1990s, the Project Sabre II was evolved with Russian contractors joining the design bureau which resulted in development and production of the JF-17 (also known as FC-1); though the project was mostly finished and completed jointly by China and Pakistan at the AMF facility. The MFI-17, MFI-395, K-8 and JF-17 are now in service with the nation's air force. The AMF also designs and manufactures unmanned aerial vehicles for uses such as target practice.

Manufacture of sub-assemblies for the JF-17 light-weight multi-role fighter began on 22 January 2008, while serial production of the fighter began on 30 June 2009. On 20 August 2009, the PAF announced that it would begin production of its own unmanned aerial vehicles in collaboration with Italian company Selex Galileo.[20] In 2024, the opportunity to design, build, and manufacture its own aircraft, Project Azm was lost when the Ministry of Defense prioritized acquiring the Chengdu J-10 (local designation: FC-20).[21]

Avionics Production Factory

The Avionics Production Factory (APF), formerly known as Kamra Avionics and Radar Factory (KARF) was founded by the Pakistan Air Force to overhaul and maintain its ground-based airborne radar systems, military electronics, and provide support to the avionics in 1983.[22]

Cooperation from Pakistan's European defense partners was crucial in expanding the work scope of the APF between 1983–96.[23] The European defense partners of Pakistan helped the APF to build under license many radars, electronics equipment, and subsequently the electromagnetic compatibility infrastructure to address the defense need of the country. The APF received its certification and quality grade assurance from the ISO 9002[22]

In 2009, the United States Department of Defense (USDOD) provided the certification training to the APF through its defense contractor, APS Novstar, to be able to print circuit boards and machining of the electrical components for combat aircraft as part of the counterterrorism program.[24]

Products

Fighter aircraft

  • JF-17 Thunder — Multirole jet fighter — Co-production with Chengdu Aerospace Corporation of China.[25]

Trainer aircraft

  • Karakorum-8 — Intermediate jet trainer & light attack aircraft — Co-production with Hongdu Aviation Industry Group of China.
  • MFI-17 Mushshak — Turboprop aircraft for basic training — Upgraded variant of MFI-15 Safari.
  • Super Mushshak — Two/three-seat, piston engine, turboprop aircraft for basic training, liaison & light ground attack — Upgraded variant of MFI-17 Mushshak.

Unmanned Aerial Vehicles (UAVs)

  • Falco — Surveillance UAV — Production began in August 2009 under license of Selex ES of Italy.[26][27]

Consumer Electronics

Certification and quality assurance

The Pakistan Aeronautical Complex's four plants are certified and qualified to award quality grade assurance under the ISO/IEC 17025 and the ISO 9000 under approved by the Pakistan National Accreditation Council and the International Laboratory Accreditation Cooperation.[31]

See also

  • PAF Base Minhas
  • Kamra, Pakistan

External links

References

  1. Contact Us pac.org.pk, retrieved 22 August 2020^
  2. Our Valued Customers www.pac.org.pk, retrieved 22 August 2020^
  3. History of Pakistan Aeronautical Complex Kamra Pakistan Aeronautical Complex, Government of Pakistan website, 26 July 2013, retrieved 9 July 2025^
  4. Introduction PAC, retrieved 28 November 2014^
  5. Collaboration PAC, retrieved 28 November 2014^
  6. Nigeria to buy 10 Super Mushshak from Pakistan The Express Tribune, 22 October 2016, retrieved 22 October 2016^
  7. Qatar to buy Super Mushshak The Express Tribune, 24 June 2016, retrieved 22 October 2016^
  8. Customers PAC, retrieved 28 November 2014^
  9. Pakistan Aeronautical Complex Kamra – History pac.org.pk, retrieved 2021-05-04^
  10. RSN Singh. Asian strategic and military perspective Lancer Publishers & Distributors, 2005, retrieved 23 December 2014^
  11. R.S.N. Singh. The military factor in Pakistan Frankfort, IL, 2008, retrieved 23 December 2014^
  12. Mırage Rebuıld Factory PAC, retrieved 23 December 2014^
  13. ARF certification retrieved 29 March 2025^
  14. Thrifty at 50: How the Pakistan Air Force keeps ageing Mirages flying Dawn, 29 April 2018^
  15. MRF certification retrieved 29 March 2025^
  16. Project ROSE Grand Strategy, 22 June 2013, retrieved 24 November 2014^
  17. John Pike. Mirage-III and Mirage 5 Global Security, retrieved 24 November 2014^
  18. Rashid Sheikh. The story of the Pakistan Air Force, 1988–1998 : a battle against odds Shaheen Foundation, 2001^
  19. Mirage-III/Mirage-5 PAF Falcon, retrieved 24 November 2014^
  20. Sajjad Malik. Pak version of drones 'whirrs' into production Daily Times, 21 August 2009, retrieved 21 August 2009^
  21. Quwa Team. How Policy Culture Derailed Pakistan's Next-Gen Fighter Efforts – Quwa 9 April 2023, retrieved 30 March 2025^
  22. Avionics Production Factory retrieved 30 March 2025^
  23. Pakistan Aeronautical Complex Kamra – apf-history www.pac.org.pk, retrieved 30 March 2025^
  24. Novastar on circuit in Pakistan Mac alliance, retrieved 1 February 2010^
  25. JF-17 Thunder Aircraft Pakistan Aeronautical Complex, retrieved 2017-12-15^
  26. Pakistan Air Force Begins Production of Falco UAV Airforce Technology, retrieved 3 May 2013^
  27. Pakistan to begin co-production of Falco UAV Flightglobal.com, 26 August 2009, retrieved 3 May 2013^
  28. Brummitt, Chris. "Guns and Androids: Pakistan Air Force Making iPads." Associated Press. 17 February 2012.^
  29. eBook 1 retrieved 27 February 2012^
  30. nBook 1 retrieved 27 February 2012^
  31. MRF certification retrieved 29 March 2025^