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Introduction

The Taiwan Air Force had about 70,000 personnel and nearly 400 combat aircraft by 2015. The inventory at the turn of the century included approximately 200 older F-5E/F fighters and over 100 more modern Indigenous Defense Fighters (IDFs). By 2006 Taiwan had 146 F-16s, 56 Mirage-2000s and 128 IDFs in its current fleet as well as more than 60 F-5Es. The F-16 and Mirage-2000 fighters would remain in service for another 15 to 20 years, to be phased out in the 2020-2025 timeframe.

The IDF faced numerous developmental and operational problems since its inception in the 1980s. Nevertheless, its technical sophistication, with its fly-by-wire controls and blended wing-body design, is believed to be superior to any aircraft produced and deployed by China to date. Production of all 130 IDFs was completed in early 2000. Most of the IDFs are expected to be armed with the indigenously-produced, BVR Tien Chien-II (Sky Sword-II) AR AAM.

The island only has 500 operational combat aircraft versus 2,300 on the other side of the strait. More worryingly, this does not take into account the age of the aircraft operated by Taiwan. The F-5 is at the end of its operational life; the Indigenous Defense Fighter lacks the capability for sustained sorties; the Mirage 2000-5 is increasingly grounded due to expensive and frequent maintenance requirements; and the F-16 A/B will be temporarily out of service for upgrades after 2012. Taiwan continues to urge the United States to ex-pedite the sale of F-16 C/D fighter jets to bolster the islands defense.

Taiwan's fighter force increased by one-third during the late 1990s, with the bulk of the force consisting of nearly 300 modern first-class aircraft. With deliveries completed in early 2000, Taiwan's air force enjoyed its greatest advantage relative to China in recent memory, though this advantage subsequently eroded as Mainland modernization plans were fullfilled.

Taiwan also has purchased 150 F-16 fighters from the United States: 120 single-seat "A" models and 30 two- seat "B" models. On-island deliveries, which began in April 1997, were completed by the end of 1999 [by which time four aircraft had been lost to accidents]. These aircraft are armed with upgraded AIM-7M/SPARROW SAR and AIM-9P4 and AIM9S SIDEWINDER IR AAMs. Deliveries of 60 French-built Mirage 2000-5s also began in April 1997 and were completed by October 1998 [though by early 2000 two aircraft had been lost to accidents]. With its four MICA active radar (AR) and two MAGIC II infrared (IR) AAMs, the Mirage 2000-5 is Taiwan's most formidable air defense fighter.



The TAF's current strategy is to employ the IDF for low altitude interception and ground attack; the F-16 for mid altitude offshore interception and ground attack; and, the Mirage 2000-5 for high altitude offshore interception. Taiwan also is planning an upgrade program for about 100 F-5 fighters. The systemic integration and generational problems that affect Taiwan's overall forces with respect to modernization apparently are having the greatest impact on the TAF, where the technology curve is highest.

Taiwans airpower situation is deteriorating and replacement of its tactical aircraft is necessary if it is to maintain even a minimal military capability with respect to the mainland. By 2010 Taiwan's force of modern fighters was nearly out-numbered by the mainland's Su-27 fleet, and certainly outclassed. Sometime after the year 2020 the new J-20 stealth fighters would enter service in significant numbers, and even a few dozen such aircraft might be expected to make short work of Taiwan's fighter force.

Notes on Equipment

  • C-119: By January 1995, all C-119 were retired when the last of 20 C-130H ordered from US reached Taiwan.
  • ROCAF only operates S-70C-1 and S-70C-6. 14 S-70C-1 were ordered in the mid 1980s. (#7002 lost on 11.05.1995) ROCAF ordered 4 S-70C-6 Super Bluehawks in 1998 and two were converted to VIP use.
  • The whole ROCAF C-119 fleet was stood down on Jan. 1995. The Boeing 727 fleet was gone by 2000.
  • By 1995, only one squadron of F-104G was active at any one time.
  • Only 7-8 aircraft were converted to RF-104G and active in the squadron at any one time.
  • ACH-1 were all gone by 1995/1996. None are in service as of now.
  • All F-5E would be gone by 2015 or later.

  • In 2004 the Defence Ministry authorised the Air Force to expand its SAR squadron towards a strength of 20 helicopters from a current inventory of 10 Sikorsky S-70C-1s and seven S-70C-6s. The service began evaluating a variant of Sikorsky's UH-60 Black Hawk similar to the SAR platform it already operated. But the S-92, which was added to the candidate list in 2005, became the favourite to meet an initial three-aircraft requirement. This could lead to a follow-on deal for a further 10 helicopters to replace the S-70C-1s.
  • On 03 October 2008 the US Defense Department notified Congress 03 October 2008 that it had approved the sale of a US$6.46 billion package of weapons to Taiwan. The sales would cover some of the $12-billion package approved by President George W. Bush in 2001. That package was held up by debate in Taiwan's legislature. The Bush Administration approved the sale of a package of weapons to Taiwan that included 330 advanced capability Patriot (PAC-3) missiles worth up to $3.1 billion, and 30 Apache attack helicopters valued at $2.5 billion, along with 32 Harpoon sub-launched missiles, 182 Javelin guided missiles, and four E-2T system upgrades. The US did not, however, approve diesel-electric submarines and Black Hawk helicopters that Taiwan had sought.
  • Minister of National Defense Lee Jye said in January 2006 that the ministry asked the US to sell Taiwan a number of decommissioned US F-15 Eagle fighters in the 2005 defense meeting between the two sides, but the US did not agree to the sale. Because of the gradual decommissioning of the aging US F-5Es and Taiwanese IDFs [Indigenous Defense Fighters] over the coming years, the air force is expected to be short by more than 40 fighters in 2015," Lee said. Lee said the ministry hoped to procure more than 40 decommissioned F-15s to fill the vacuum in air defense before the next-generation fighter force is built. However, the air force had evaluated the decommissioned F-15 fighters and decided they were too old to meet its requirements.
  • If Taiwan failed to obtain the F-16C/Ds, AIDC could proceed with the manufacture of the IDF-II Goshawk joint strike fighter, which comes with a larger payload and a conformal fuel tank that provides greater range.

Taiwan does not have a cost-effective means to address TAFs fighter capability shortfall caused by F-5 obsolescence. Taiwans Mirage 2000 fleet suffered from very high Operations & Maintenance (O&M) costs and chronically low availability rates. The per flight hour cost of a Mirage 2000-5 fighter was more than triple that of an indigenous F-CK-1A/B (IDF), and almost five times that of an F-16A/B. While The TAF poured substantial funding into addressing the Mirage issues fomr 2008 to 2010, leading to improvements in material readiness. But a tight O&M budget situation would almost certainly ensure a relapse into low Mirage material readiness over coming. Taiwan may resort to mothballing part of the fleet to conserve resources, and the combination of F-5 obsolescence and strained Mirage supportability will create a substantial shortfall of fighter aircraft for the TAF.

A generally accepted minimum number of operational fighter aircraft Taiwan must field at the start of hostilities, given the size of the Chinese combat aircraft fleet deployed opposite Taiwan, stands at approximately 360~400 aircraft.

By 2011 it was speculated that if Taiwan fails to obtain the F-16C/Ds, AIDC could proceed with the manufacture of the IDF-II Goshawk joint strike fighter, which comes with a larger payload and what is known as a conformal fuel tank that provides greater range. The modified Indigenous Defense Fighter-II (IDF-II) is named "Hsiung Ying". "Goshawk"), Chen said he hoped the new model would protect the homeland with the ferocity of a Taiwan goshawk. Chen watched a demonstration flight of two jets and later on inspected one on the ground. He praised the aircraft's development, but again urged the Legislative Yuan to hasten the approval of a billion-dollar arms budget to buy 12 P-3C anti-submarine aircraft, eight diesel submarines and six PAC-III anti-missile batteries from the US. `A pity' "It is a great pity that the three arms-purchase plans have not yet been passed by the legislature," he said. "National security should transcend party politics." The Sea Oryx made its debut at the biennial Taipei Aerospace and Defense Technology Exhibition (TADTE) took place 13-16 August 2015 at the Taipei World Trade Center. This year, a total of 126 domestic and international exhibitors participated in the event, which represented a 27% increase compared with two years ago. With restrictions on what it can import and with the ever-present shadow of its large neighbor (and their turblent relationship) previous TADTE's have perhaps unsurprisingly mostly focused on the island nation's indigenous military capability. However, in its 13th year, TADTE reflected a growing shift toward civil aerospace. The spotlight was on the exhibits of the National Chung Shan Institute of Science and Technology (NCSIST). In addition to the weapons demonstrated at the 2015 Paris Air Show, three other weapons were particularly worth mentioning: the Medium Altitude Long Endurance Unmanned Aerospace System (MALE UAS), the Sea Oryx Missile System and the Steel Ball High Explosive Rocket System. This missile system can intercept incoming anti- ship missiles and aircraft. When compared with the existing Phalanx Close-in Weapon System of the ROC Navy, the Sea Oryx can more effectively improve the short-range air defense and anti-missile capabilities of ships equipped with this system. The Sea Oryx can carry 16 missiles. It looks like the Rolling Airframe Missiles (RAM) jointly developed by the United States and Germany. However, the design and operational concept are completely different. Instead of using a radio frequency receiver, the Sea Oryx uses a Focal Plane Array Imaging Infrared Seeker (FPAIIS) and an up-link device. The missiles can perform lock-on after launch and adjust their trajectory based on the latest target data received from ship-based radars. Moreover, Sea Oryx missiles do not spin like RAM missiles when in flight. The free rotating rear folding wing, whose design concept is similar to that of the French-made R550 Magic 2, and the front folding wings help to control the missiles flight direction. The Steel Ball High Explosive Rocket System will carry the responsibility for the protection of offshore islands and coastal areas. The peculiar appearance of the Steel Ball High Explosive Rocket System caused it to attract the curiosity of the media and public. This system can carry 84 66-millimeter rockets with a range of 1.2-2 kilometers. This system can be used for the defense of offshore islands and seacoasts. When used with a remote control console, it can simply aim its EO/IR sensors at a target to automatically receive fire data solutions to attack enemies making coastal landing. The biennial Taipei Aerospace and Defense Technology Exhibition (TADTE) took place 13-16 August 2015 at the Taipei World Trade Center. This year, a total of 126 domestic and international exhibitors participated in the event, which represented a 27% increase compared with two years ago. This year, the spotlight was on the exhibits of the National Chung Shan Institute of Science and Technology (NCSIST). In addition to the weapons demonstrated at the 2015 Paris Air Show, three other weapons were particularly worth mentioning: the Medium Altitude Long Endurance Unmanned Aerospace System (MALE UAS), the Sea Oryx Missile System and the Steel Ball High Explosive Rocket System.

Air Defense

Taiwan has established an air defense early warning network which, when used in conjunction with its ground-based SAMs and fourth-generation tactical aircraft, appears to pose a credible deterrent against an air attack from the mainland. Taiwan has replaced its old SKY NET air defense network with a new network called STRONG NET to provide a comprehensive picture of the surrounding airspace.







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