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Posted by admin in Defense, Pakistan Air Force, Pakistan Army, Pakistan Naval Strategic Strike Force on April 5th, 2013
Courtesy: http://blogs.transparent.com/urdu/pakistans-missile-program/
Posted on 05. Mar, 2013 by nauman
Motivated by ongoing hostilities with India, Pakistan embarked upon an intense ballistic missile development program in the early 1980′s. Overcoming technical naivete substantial disadvantages in infrastructure and human capital relative to India, the imposition of U.S. and Missile Technology Control Regime (MTCR) sanctions, and the uncertainties of democratization, Pakistan gained a sophisticated missile arsenal in only 30 years.
The perceived strategic necessity of displaying the ability to execute a nuclear strike deep within India has sustained Pakistan’s interest in medium- and long-range missiles. The Congressional Research Service and other assessments continue to report ongoing Pakistani missile collaborations with China and North Korea. Pakistan also remains a non-signatory to the MTCR, but the last U.S. missile sanction laws against Pakistani entities were waived in 2003. Recent missile developments, such as the April 2011 test-firing of the short-range nuclear capable Hatf-9/NASR missile, indicate potential Pakistani interest in building a tactical nuclear capability. Pakistan considers its nuclear weapons to be national “crown jewels” and likely holds missile delivery systems in a similar regard. Barring substantial changes in South Asian geopolitics, a change in attitude seems unlikely.
Barring unprecedented industrial growth and a substantially enhanced defense-industrial base, Pakistan will likely continue its strategy of developing advanced missile systems with foreign assistance rather than pursuing the more expensive and less feasible option of pure indigenous development. Continued state patronage, fueled by competition with India, the high prestige accorded to Pakistan’s nuclear arsenal, and the symbolic value of diversifying missile delivery systems will likely sustain continued missile development in Pakistan.
Here are the missiles currently held by Pakistan:
Battlefield range ballistic missiles (BRBM):
Short range ballistic missiles (SRBM):
Medium range ballistic missiles (MRBM):
Intermediate range ballistic missiles (IRBM):
Intercontinental ballistic missile (ICBM):
Taimur 7,000 km, a proposed ICBM which is believed to be under development
Cruise missiles:
References:
defensenews.com
defence.pk
strategycenter.net
Wikipedia
intellectualtakeout.org
Posted by admin in Our Heroes, Pakistan Air Force on March 18th, 2013
ISLAMABAD – Air Commodore (R) Muhammad Mahmood Alam, Sitara-i-Jur’at (with Bar), a veteran of 1965 and 1971 wars and renowned ace pilot of Pakistan Air Force (PAF) breathed his last at PNS Shifa Hospital after prolonged illness in Karachi today. He was 78.
PAF Chief of Air Staff Air Chief Marshal Tahir Rafique Butt expressed grief over the sad demise of the iconic legend and national hero.
“Any chronicles of the World Aviation Hall of Fame or accomplishments of Pakistan Air Force would be incomplete without the mention of Air Commodore (R) MM Alam,” Butt said.
A daring fighter pilot, war hero and a scholar par excellence, MM Alam was a role model not only for the PAF airmen but also for Muslims across the world.
MM Alam was born on July, 6 1935 in a well educated family of Calcutta, British India. After completing his secondary education from Government High School Dhaka in 1951, MM Alam joined PAF in 1952 and was granted commission on October 2, 1953.
During his career, Alam underwent many courses including Fighter Conversion Course, F-86F Familiarisation Course, Fighter Leader Course, PAF Staff College Course, Orientation Training Course-USA and Royal College of Defence Studies Course – UK.
His major appointments included air gunnery and tactical instructor at fighter leader school, commanding officer of No 11, No 5 and No 26 squadrons, operation research director, assistant chief of the air staff (flight safety) and assistant chief of the air staff (plans) at Air Headquarters. He also served in Syria on deputation.
During the Indo-Pak war of 1965, Leader of No 11 Squadron MM Alam shot down 2 and damaged 3 Indian Air Force aircrafts on September 6, 1965.
On September 7, 1965, MM Alam rewrote the history of air warfare by setting new records while defending Pakistani Airspace against the aggressors. He shot down five Hawker Hunter fighters of the Indian Air Force in less than sixty seconds, the first four within a span of 30 seconds only, in an air-to-air combat. This act of outstanding bravery and heroism, earned him the Sitara-i-Jur’at (with Bar). Government of Pakistan also paid him a befitting tribute by naming one of the most prominent roads in Lahore after him.
His funeral prayers would be offered at PAF Base Masroor, Karachi at 5 pm today. He would be buried with full military honours at PAF graveyard in Masroor Air Base.
Posted by admin in Defense, Pakistan Air Force on March 16th, 2013
In a report to Congress on May 28, 2004, the U.S. Department of Defense highlighted the major improvements that China has made to its air and missile defense systems over the past few years, including “[the] development of an antiradiation SAM [surface-to-air missile], most likely intended to target AWACS [Airborne Warning and Control System] aircraft and standoff jamming platforms.”1
The report was referring specifically to the FT-2000, a Chinese anti-radiation surface-to-air missile system designed to counter electronic jamming aircraft, AWACS aircraft, and other air radiation wave targets. Developed and manufactured by the China National Precision Machinery Import and Export Corporation (CPMIEC) during the late 1990s, the FT-2000 is also believed to be capable of destroying tactical ballistic missiles, similar to the U.S. Patriot and the Russian S-300P systems on which it is based.2 At present, two versions exist, the mobile FT-2000 and the fixed-based FT-2000A.3
The FT-2000 is the direct result of a concerted effort by China to eliminate an inherent vulnerability in medium- and long-range surface-to-air missiles: jamming. For decades, air and missile defense systems like the Patriot and the S-300P have been susceptible to advanced techniques designed to confuse or immobilize their interceptor missiles and keep them from reaching their targets. One of the most common jamming devices is S- and C-band airborne noise. If used properly, this and other deception mechanisms lead to what is known as the “suppression of enemy air defenses” and allows attacking aircraft and missiles to proceed to their targets without challenge.4
The FT-2000 was designed to neutralize and counter these airborne jamming devices. It contains a passive radar target seeker programmed to detect the specific electromagnetic signals emanating from its target. Essentially, the FT-2000 uses its target’s own jamming frequencies against it. In addition, the FT-2000 has a passive homing system that does not transmit electromagnetic waves, thus minimizing the chances that its enemies will detect it in time.5 The system is equipped with modified HQ-9 interceptor missiles, each of which is 6.8 meters long, 0.47 meters in diameter, and has a launch weight of 1,300 kilograms. The HQ-9 missiles give the FT-2000 a range of 12 to 100 kilometers and an operating altitude of 3 to 20 kilometers. The mobile system is transported and launched on an 8 X 8 cross-country launcher with four canisters that resemble those used by the S-300P.6
In addition to the mobile FT-2000, China has developed a fixed-based variant, the FT-2000A. According to a recent Chinese sales brochure, the FT-2000A uses a highly-modified HQ-2 missile that has been equipped with passive radio frequency homing seekers. Each HQ-2 is armed with a 60-kilogram fragmentation warhead and has a range of 60 kilometers and a maximum altitude of 18 kilometers. Reports indicate that each FT-2000A battery consists of 12 missile launchers, each containing one missile, and a central control station. The central control station has one master passive sensor and three auxiliary passive sensors. The four sensors are capable of triangulating on electromagnetic signals in the 2- and 6-GHz frequency range, which covers most AWACS aircraft and other air radiation wave targets, thus earning it the nickname “AWACS killer.”7
In addition to its role as an anti-radiation missile system, the FT-2000 also has advanced capability against tactical ballistic missiles, although this point is seldom mentioned. As Richard D. Fisher, Jr. has pointed out, Chinese officials at the 1998 Zhuhai Air Show—shortly after plans for the FT-2000 had been unveiled—stated that the FT-2000 was being developed into an active-guided missile that eventually would have the ability to shoot down short- and medium-range ballistic missiles.8 Since the FT-2000 is based on comprehensive systems such as the U.S. Patriot and the S-300P, it is no surprise that it too has anti-missile capabilities.
In October 2003, it was reported that China had closed a deal with its neighbor, Pakistan, to supply the latter with an unspecified number of FT-2000 missiles to counter India’s early warning capabilities. The China-Pakistan deal followed India’s own arrangement with Israel and Russia to install three Israeli Phalcon AWACS on Ilyushin Il-76 freighter aircraft, thus giving it an airborne early warning system.9 According to various news sources, shortly after India announced its acquisition of the Phalcon radars, Air Chief Marshal Kaleem Saadat, the head of Pakistan’s air force, visited China and conveyed Pakistani President Gen. Pervez Musharraf’s wish to purchase an unspecified number of FT-2000s.10
Counter PHALCON
The recent China-Pakistan arrangement may just be an attempt to maintain the delicate balance of power between India and Pakistan, both of which possess nuclear weapons. Yet according to an article published in Malaysia in January 2003, the People’s Liberation Army is eager to export the FT-2000 around the globe.11 It is entirely possible that “AWACS killer” air and missile defense systems like the FT-2000 will soon proliferate throughout Asia, Europe, and the Middle East, a development that would introduce a multitude of strategic problems for the U.S. and its allies.
Posted by admin in Defense, Pakistan Air Force on March 4th, 2013
The J-10 multi-role fighter approaches Western fighters in terms of performance and capabilities |
The J-10 Sale Epitomizes Strategic Alliance
The deal marks the depth of a strategic alliance between Beijing and Islamabad. Some reports suggest that Pakistan is actually seeking 150 J-10 fighter jets, which go by Chengdu Jian-10 in China and F-10 in Pakistan, for a sum of $6 billion (The Hindu, November 11). The Pakistani government, however, dismisses such reports as inflated (Financial Times, November 10). Although Pakistan has not yet made the deal public, its prime minister, Yousaf Raza Gilani, on November 23, confirmed that “his country is in talks with China for securing the J-10s” [1]. Pakistan turned to China for these aircraft in 2006 after it failed to secure the F-16s from the United States (Dawn, May 1, 2006). General Pervez Musharraf, Pakistan’s former military ruler, who negotiated the deal during his visit to China in 2006, is the real architect of this grand sale (The Hindu, November 11).
The J-10s are China’s third generation fighter aircraft that it has indigenously developed (The Hindu, November 11) and manufactured at the Chengdu Aircraft Industry (CAI). Some observers, however, believe that J-10s are China’s fourth generation aircraft. “This aircraft is a cousin to the Israeli Lavi (upon which it is based) and roughly equivalent in capabilities to the U.S. F-16C flown by several air forces around the world” (See “China’s Re-emergence as an Arms Dealer: The Return of the King?” China Brief, July 9). The J-10s started development in the mid-1980s and finally entered production for the People’s Liberation Army Air Force (PLAAF) about three or four years ago. Aviation experts rank them below the F-16s, the Swedish Gripen and other smaller combat aircraft (China Brief, July 9). According to a report in The Hindu (November 11), China is working on developing its fourth generation fighter jets as well. The United States, The Hindu report further claims, is the only country that possesses a fourth generation combat aircraft—the F-22s. Yet aviation experts believe the F-22s are fifth generation fighter jets. Chinese Deputy Commander of the PLAAF General He Weirong claimed that “China would operationalize its very own fourth generation aircraft in the next eight or ten years” (The Hindu, November 11). The Chinese official further claimed that the fourth generation planes would “match or exceed the capacity of similar jets in existence today” (The Hindu, November 11).
In anticipation, China is also training Pakistani fighter pilots for flying the fourth generation combat aircraft. On January 16, it delivered eight Karakoram K-8P trainer jets to Pakistan for this purpose. According to an official statement, the K-8P jets had enhanced the basic training of PAF pilots and provided a “potent platform for their smooth transition to more challenging fourth generation fighter aircraft” (The Asian Defence, January 16). The K-8P is an advanced trainer jet that has been jointly developed by China and Pakistan. It is already in service at the PAF Academy. At the handing-over ceremony for the K-8Ps, a visiting Chinese delegation as well as high-ranking PAF officers were in attendance.
China’s sale of the J-10 fighters to Pakistan, however, signals the depth of its strategic alliance with Pakistan. Pakistan will be the first country to receive the most advanced Chinese aircraft, which speaks volumes to Chinese faith in its strategic partnership with Pakistan. Defense analysts, however, believe that the sale sends an important message to the world that China’s “defense capability is growing rapidly” (Financial Times, November 10). China-Pakistan military relations spanned over 43 years, starting in 1966 when China provided Pakistan with F-6s, which were followed by the successive supply of such aircraft as FT5, A5, F-7P, F-7PG and K-8 (Jang, November 22).
These relations continue to grow with high-level exchanges in the defense sector. As recently as October of this year, Chinese Vice-Minister Chen Qiufa, administrator of China’s State Administration for Science, Technology & Industry for National Defense (SASTIND), led a delegation of Chinese defense-companies to Pakistan. He called on Prime Minister Gilani and discussed cooperation in the JF-17 Thunder Project, Al Khalid tank, F-22 frigates, Airborne Warning and Control System (AWACS), and aircraft and naval ships (APP, October 17). The Chinese delegation included representatives from China’s missile technology firm Poly Technologies as well as Aviation Industries Corp. of China, China Shipbuilding Industry Corporation, China Electronics Technology Group and China North Industry Corporation.
Although there is a proliferation of joint defense projects between China and Pakistan, their collaboration in aviation industry has peaked at the turn of the millennium. The mainstay of their joint defense production is the Pakistan Aeronautical Complex (PAC) in Kamra (Punjab), which services, assembles and manufactures fighter and trainer aircraft. The PAC is rated as the world’s third largest assembly plant. Initially, it was founded with Chinese assistance to rebuild Chinese aircraft in the PAF fleet, which included Shenyang F-6 (now retired), Nanchang A-5, F-7 combat aircraft, Shenyang FT-5 and FT-6 Jet trainer aircraft. The PAC also houses the Kamra Radar and Avionics Factory (KARF), which is meant to assemble and overhaul airborne as well as ground-based radar systems, electronics, and avionics. The KARF, which is ISO-9002 certified, has upgraded the PAF Chengdu F-7P interceptor fleet. Over time, the PAC has expanded its operation into aircraft manufacturing, and built a specialized manufacturing unit in the 1980s: The Aircraft Manufacturing Factory (AMF). The AMF got noticed in the region when it partnered with the Hongdu Aviation Industry Group of China to design, develop and coproduce the K-8 Karakoram (Hongdu JL-8), which is an advanced jet trainer. The AMF’s flagship project, however, is the Sino-Pakistani joint production and manufacture of the JF-17 Thunder aircraft, which it is producing with the Chengdu Aircraft Industry (CAI).
JF-17 Thunder Makes Over the PAF
In recent history, China and Pakistan set out for the joint production of JF-17 combat aircraft that both countries consider a substitute for U.S. F-16s. Pakistan’s indigenous manufacture of the first JF-17 (which goes by FC-1 in China) came to fruition on November 23, when Pakistan Aeronautical Complex (PAC), an arm of the Pakistan Air Force, turned it over to the PAF to the chants of “Long Live Pak-China Friendship” (The News International, November 24).
Pakistan’s Prime Minister, Pakistan Chief of Army Staff and Chinese Ambassador to Pakistan, Lou Zhaohui, were among the dignitaries who attended the handing-over ceremony. Chinese Ambassador Zhaohui, speaking on the occasion, told his audience: “China wants to further broaden the defense cooperation with Pakistan” (Jang, November 23). The PAF already has 10 JF-17s, which were produced in China, in its fleet. The JF-17 project began in 1992, under which China agreed to transfer technology for the aircraft’s joint production. The project was hampered in 1999, when Pakistan came under proliferation sanctions. It gained momentum in 2001.
On September 3, 2003, its prototype, which was manufactured in China, conducted the first test flight. The PAF claims that the JF-17s, with a glass cockpit and modern avionics, are comparable to any fighter plane (Jang, November 23). It is a lightweight combat jet, fitted with turbofan engine, advanced flight control, and the most advanced weapons delivery system. As a supersonic plane, its speed is 1.6 times the speed of its sound, and its ability to refuel midair makes it a “stand-out” (Jang, November 23). Pakistan intends to raise a squadron of JF-17s by 2010. The Chief of Air Staff of the PAF told a newspaper that JF-17s would help “replace the existing fleet of the PAF comprising F-7s, A-5s and all Mirage aircraft” (The News International, November 8). Eventually, Pakistan will have 350 JF-17s that will completely replace its ageing fleet.
Pakistan also plans to export these aircraft to developing countries for which, it says, orders have already started pouring in (Jang, November 22). China and Pakistan anticipate an annual export of 40 JF-17s to Asian, African and Middle Eastern nations [2]. At $25 million apiece, the export of 40 aircraft will fetch them $1 billion per year. There are estimates that Asia will purchase 1,000 to 1,500 aircraft over the next 15 years. In this Sino-Pakistani joint venture, Pakistan will have 58 percent of shares, while China will have 42 percent (The News International, November 25). Besides defense aviation, China and Pakistan are closely collaborating on the joint production of naval ships as well.
Chinese Frigates for the Pakistan Navy
China and Pakistan worked out a $750 million loan to help Pakistan build four F-22P frigates (The News International, September 16, 2004). In 2004, Pakistan negotiated this non-commercial (i.e. low-cost) loan with China for the joint manufacture of naval ships. China and Pakistan have since moved fast to begin work on this project. They have now expanded the original deal to build eight F22P frigates respectively at Hudong Zhonghua shipyard in Shanghai, China, and Karachi shipyard and Engineering Works (KSEW), Pakistan. The manufacturing cost of each F22P Frigate, which is an improved version of China’s original Type 053H3 Frigate, is $175 million. At this rate, the cost of eight frigates will run at about $1.4 billion.
The first Chinese-built F-22 frigate, named PNS Zulfiqar (Arabic for sword), was delivered to Pakistan on July 30 (The Nation, July 31). A month later, the ship was formally commissioned in the Pakistan Navy fleet in September. Soon after its arrival in July, the ship participated in the Pakistan Navy’s SeaSpark exercises. Of the original four frigates, three were to be built in China and one in Pakistan (Asia Times, July 11, 2007). After the delivery of PNS Zulfiqar, the remaining two ships that are being built in China are expected to be commissioned in the Pakistan Navy fleet by 2010. The fourth ship being built in Pakistan’s Karachi shipyard will be ready by 2013 (Asia Times, July 11, 2007).
The Pakistan Navy describes the F-22P frigate as a Sword Class ship that is equipped with long-range surface-to-surface missiles (SSM) and surface-to-air missiles (SAM), depth charges, torpedoes, the latest 76mm guns, a close-in-weapons system (CIWS), sensors, electronic warfare and an advanced command and control system (The Nation, July 31). The ship has a displacement of 3,000 tons and carries anti-submarine Z9EC helicopters. China has already delivered the first batch of two such helicopters to Pakistan. Although the Pakistan Navy has Sea-King helicopters for anti-submarine operations, it is now acquiring Chinese Z9ECs to enhance its operational capabilities (The Nation, July 31). In addition to building eight frigates, the Sino-Pakistan defense deal includes the upgrading of the Karachi dockyard for indigenous production of a modern surface fleet. The frigates deal is the first of its kind between China and Pakistan, which forges their two navies into a high-level collaboration for boosting their surface fleet.
Conclusion
At the turn of the millennium, China and Pakistan have diversified their defense trade into joint defense production. They have since been collaborating on the production of most advanced weapons systems, such as the JF-17s combat aircraft and F-22P Frigates. Pakistan will receive the transfer of technology for the J-10s as well. China recognizes that Pakistan is rich with human capital in the high-tech defense industry, which serves as a magnet for its investment. Both China and Pakistan look to capture wider defense export markets in Asia, Africa and the Middle East. At the same time, their growing cooperation in aviation and naval defense systems signals an important shift in Pakistan’s military doctrine that traditionally favored Army (especially ground forces) over its sister services—Navy and Air Force. In the region’s changing strategic environment, in which China has growing stakes, Pakistan has come to recognize the critical importance of air and naval defense. The China-Pakistan collaboration in aviation and naval defense amply embodies this recognition.
Notes
1. “NRO beneficiaries will be held to account.” Daily Intekhab, dailydailyintekhab.com.pk/news/news10.gif.
2. Tarique Niazi, “China-Pakistan Relations: Past, Present and Future,” A presentation made at the Woodrow Wilson International Center for Scholars on January 29, 2009.
The J-10 multi-role fighter is the first Chinese-developed combat aircraft that approaches Western fighters in terms of performance and capabilities. Development of the J-10 began in 1988. It was intended to counter threat posed by the Soviet forth-generation fighters – the MiG-29 and Su-27. The J-10 was initially planned as an air-superiority fighter, however collapse of the Soviet Union and changing requirements shifted the development towards a multi-role fighter. Aircraft made it’s maiden flight in 1998. The whole project was kept under high secrecy. It is worth mentioning, that the first photos of the J-10 came out only 3-4 years after the first flight. Some sources claim that it was influenced by the IAI Lavi. The J-10 multi-role fighter entered service with Chinese air force in 2004, however it was first publicly revealed only in 2006. Currently around 240 of these aircraft are in service. It is estimated that 300 fighter of this type will be required for Chinese air force and possibly naval aviation too. A number of countries, including Indonesia, Iran, Pakistan and Thailand shown interest in purchasing this aircraft. The J-10 has a single engine. The first batch of about 50 aircraft is powered by Russian AL-31FN turbofan engines. This batch was delivered to Chinese air force between 2004 and 2006. An indigenous Taihang turbofan is under development. The J-10 has beyond visual range air combat and surface attack capabilities. Aircraft has 11 external hardpoints for a range of weapons. Alternatively it can carry target acquisition, navigation pods or auxiliary fuel tanks. It is worth mentioning that the J-10 has an in-flight refueling capability. The main armament on the air-superiority missions are the PL-12 medium-range active radar-homing air-to-air missiles. For close ranges it carries the PL-8 infrared-homing missiles. For surface attack role the J-10 carries up to six 500-kg laser-guided bombs, free-fall bombs or 90-mm unoperated rocket pods. Aircraft is also completed with a single-barrel 23-mm cannon. The J-10 is fitted with an indigenously designed pulse-doppler fire control radar. It is capable of tracking 10 targets simultaneously and attacking 4 of them. Estimated maximum detection range is 100 km. Aircraft is fitted with a fly-by-wire system. A two-seat variant, the J-10S fighter-trainer, is available. It is identical to the single-seat variant, but has a stretched fuselage to accommodate second pilot seat. The J-10S can be used for pilot training or as a standard fighter. This aircraft maid it’s maiden flight in 2003.
Variants
J-10B multi-role fighter, with improved airframe and avionics. It is likely to become a standard production model. |