Jump to content

Panavia Tornado ADV

From Alfawiki
Panavia Aircraft GmbH
Company typeConsortium
IndustryAerospace
Founded1969
Headquarters
Munich
,
Germany
ProductsMilitary aircraft (Panavia Tornado, including Tornado ADV)

Panavia Tornado ADV

The Panavia Tornado Air Defence Variant (ADV) is a long-range interceptor featuring twin engines and variable-sweep wings, developed by the European consortium Panavia Aircraft GmbH. It represents a specialised adaptation of the versatile Panavia Tornado platform.

Initiated in 1976, the program aimed to counter Soviet bomber incursions over the North Sea to safeguard the United Kingdom from potential nuclear strikes. Utilizing the Tornado IDS as its foundation, development proceeded swiftly. Originally exclusive to the UK, the first prototype took to the skies on 27 October 1979, followed by two additional prototypes. The initial production variant, designated Tornado F2, entered service with the RAF in 1986.

Produced in limited numbers, the Tornado F2 faced challenges with its radar system and lacked some critical features, leading to its replacement by the Tornado F3 in 1989. The F3 incorporated enhanced RB.199 Mk 104 engines, expanded missile carriage capability, and introduced automatic wing sweep control, establishing itself as the RAF’s principal ADV model. Besides the RAF, it was also operated by the Italian Air Force (AMI) and Royal Saudi Air Force (RSAF). During the 2000s, AMI leased Tornado ADVs as an interim measure prior to procuring Eurofighter Typhoon aircraft.

Over its operational lifespan, upgrades were implemented on the Tornado ADV to improve its combat performance and enable it to undertake Suppression of Enemy Air Defences (SEAD) alongside interception roles. Both the RAF and RSAF phased out their Tornado ADV fleets in the early 2010s, replacing them with Eurofighter Typhoons.

Background

The inception of the Tornado ADV was driven by RAF Air Staff Requirement 395 (ASR.395), which called for a long-range interceptor to succeed the English Electric Lightning F6 and McDonnell Douglas Phantom FGR2 in RAF inventories. This requirement arose due to the threat posed by Soviet strategic bombers, notably the Tupolev Tu-22M supersonic bomber. Although an air defence variant was contemplated during initial Tornado IDS development starting in 1968, American alternatives were evaluated but ultimately considered unsuitable.

While the UK placed significant emphasis on developing an air defence version, other European partners involved in Tornado development showed limited enthusiasm for this role. Consequently, the UK proceeded with independent development of the Tornado ADV. On 4 March 1976, Britain authorized its development and committed to procuring 165 air defence variants out of a total order of 385 Tornados. That same year, British Aircraft Corporation was awarded a contract for three prototype aircraft.

The first prototype was revealed at Warton on 9 August 1979 and completed its maiden flight on 27 October 1979 under pilot David Eagles. The second and third prototypes followed in July and November of 1980 respectively. The third prototype was primarily dedicated to evaluating the new Marconi/Ferranti AI.24 Foxhunter interception radar system. Flight testing confirmed improved supersonic acceleration relative to the Tornado IDS even when fully armed. The use of real-time telemetry enhanced testing efficiency.

Compared with the Tornado IDS, notable modifications included an increased maximum wing sweep angle, elimination of Krueger flaps and removal of the port-side cannon, an elongated radome housing the Foxhunter radar, extended airbrakes, and a fuselage lengthened by 1.36 metres to accommodate four Skyflash missiles. This fuselage extension also contributed to drag reduction and allowed installation of an additional fuel tank holding 200 imperial gallons. Flight control systems featured lighter artificial feel compared to IDS variants, alongside unique avionics suites, cockpit displays, navigation aids, and software.

The initial RAF production model—the Tornado F2—comprised eighteen units and made its first flight on 5 March 1984. Equipped with RB.199 Mk 103 engines and four wing sweep settings, it carried only two underwing AIM-9 Sidewinder missiles. Early deliveries were plagued by significant issues with Foxhunter radar functionality; during this period aircraft noses were temporarily filled with concrete or lead ballast—earning them the nickname Blue Circle—until radar installation could be completed.

Tornado F3

Mass production of the Tornado ADV commenced in 1980 and continued through to 1993. The Tornado F3 took to the skies for the first time on 20 November 1985. Compared to the Tornado F2, it featured RB.199 Mk 104 engines tailored for superior high-altitude performance with extended afterburner nozzles, the ability to carry four underwing Sidewinder missiles instead of just two, and an automated wing sweep control system. Upon entering operational service, its primary weaponry included short-range Sidewinders alongside medium-range Skyflash missiles, a British adaptation of the American AIM-7 Sparrow.

A notable advancement was the introduction of an automatic maneuvering system that allowed the flight control computer to adjust wing sweep dynamically for optimal aerodynamic efficiency, akin to the automatic wing sweep mechanism found on the American Grumman F-14 Tomcat. This capability improved agility and was exclusive among Tornado IDS and ADV variants. The Tornado F.3 (initially designated F.Mk3) was officially declared operational in 1989.

Capability Sustainment Programme

To ensure the Tornado F3 remained combat-effective until its scheduled retirement in 2010, the Ministry of Defence initiated the Capability Sustainment Programme (CSP), a £125 million project announced in March 1996. This programme incorporated integration of ASRAAM and AIM-120 AMRAAM air-to-air missiles, radar enhancements for superior multi-target tracking, improved cockpit displays for pilots and navigators, and upgrades to several onboard computer systems. Additionally, it addressed inconsistencies within the fleet caused by earlier Foxhunter radar modifications.

Nevertheless, budget constraints restricted the full utilization of AMRAAM and ASRAAM systems; notably, the CSP excluded the datalink necessary for AMRAAM's mid-course guidance updates and did not fully implement ASRAAM’s off-boresight targeting capabilities. In June 2001, a contract was awarded to upgrade these midcourse update functions as part of the AMRAAM Optimisation Programme (AOP), which was rolled out across the remaining aircraft between 2003 and 2006 alongside modernized Identification Friend or Foe (IFF) equipment.

In early 2003, an additional upgrade enabled integration of the ALARM anti-radiation missile, allowing several Tornado ADVs to undertake Suppression of Enemy Air Defenses (SEAD) operations. By employing existing radar warning receivers as an Emission Location System (ELS), these aircraft could detect and pinpoint hostile radar emitters while carrying two ALARM missiles mounted on fuselage pylons. Twelve aircraft were converted under an Urgent Operational Requirement prior to Operation Telic, unofficially designated Tornado EF3, and were operated by No. 11 Squadron RAF.

Performance

Since its inception, the Tornado ADV's performance and role suitability provoked debate.[1]

Conceived primarily as an interceptor targeting Soviet bombers rather than a traditional air superiority fighter, it was equipped with long-range beyond visual range missiles such as the Skyflash and later the AMRAAM. It was capable of maintaining prolonged patrols over the North Sea and Northern Atlantic.[2]

Its armament represented a considerable improvement over earlier models.[3] Compared with the Phantom, the Tornado offered superior acceleration, doubled range and loiter endurance, as well as enhanced capability operating from shorter runways.[4] The Foxhunter radar installed on the F3 allowed for extended detection ranges with wider airspace coverage.[5] Its digital data bus facilitated communication between onboard computers and enabled sharing of radar and targeting information via JTIDS/Link 16.[6][7]

Royal Air Force

The RAF received its initial interim Tornado F2 on 5 November 1984, primarily assigned to training duties within No. 229 Operational Conversion Unit RAF. By mid-1986, these aircraft were superseded by the enhanced Tornado F3 and subsequently placed into storage. Only a single F2A model, known as the Tornado Integrated Avionics Research Aircraft (TIARA), was modified by QinetiQ to support UAV experimentation.

In November 1987, No. 29 (Fighter) Squadron became the first to operate the Tornado ADV in an active role. The Tornado F3 made its combat debut during the 1991 Gulf War, deploying 18 units to Dhahran, Saudi Arabia, in support of coalition operations. These aircraft received rapid enhancements including upgraded radar systems, more powerful engines, improved defensive countermeasures, and advanced weapons integration.

Despite these upgrades, certain constraints such as obsolete IFF and communication systems limited their engagement capabilities. Consequently, Tornado F3s mainly conducted patrols beyond Iraqi airspace without encountering enemy aircraft. Between August 1990 and March 1991, they executed over 2,000 combat air patrol sorties. After the conflict, a small contingent of RAF F3s remained stationed in Saudi Arabia to enforce no-fly zones.

Throughout the 1990s, Tornado F3 squadrons took part in NATO missions like Deny Flight over Bosnia (1993–95) and Allied Force in Yugoslavia (1999). However, deployments outside UK bases exposed maintenance difficulties. Delays in the Eurofighter program led to a late-1990s upgrade initiative focused on integrating newer air-to-air missile systems.

During Operation Telic in 2003, Tornado F3 units from Leuchars and Leeming Fighter Wings carried out offensive counter-air operations across Iraq but withdrew after no airborne threats were detected.

Following the publication of the Delivering Security in a Changing World White Paper in 2004, Defence Secretary Geoff Hoon announced plans to reduce up to three Tornado F3 squadrons (totaling 16 aircraft), facilitating the transition to the Eurofighter Typhoon which entered service in 2005. By April 2009, only one squadron consisting of twelve aircraft remained active. The Tornado F3 was officially retired with the disbandment of No. 111 (F) Squadron at RAF Leuchars on 22 March 2011.

Outside of RAF operations, QinetiQ leased four Tornado F3s from the Ministry of Defence in 2007 for weapons testing purposes, notably trials involving the MBDA Meteor missile. These aircraft continued flying beyond RAF retirement until completing their final mission on 20 June 2012; all remaining airframes were dismantled by July of that year.

Italian Air Force

During the early 1990s, the Aeronautica Militare Italiana (AMI) aimed to strengthen its air defence capabilities while awaiting the Eurofighter Typhoon's deployment around the year 2000. The Tornado ADV was selected over other contenders such as the F-16. On 17 November 1993, Italy arranged a ten-year lease for 24 Tornado F3 aircraft from the RAF, which included 96 Sky Flash TEMP missiles, comprehensive training, logistical support, and access to RAF Saint Athan.

Training operations commenced in March 1995 at RAF Coningsby, with maintenance personnel gaining practical experience at both Coningsby and RAF Cottesmore. The first unit was accepted on 5 July 1995 and was stationed at Gioia del Colle by the end of that year. A subsequent delivery of more advanced aircraft occurred between February and July 1997. Early in 1997, AMI decided to cancel planned upgrades to concentrate resources on funding the Eurofighter program.

The Tornado fleet encountered significant reliability challenges, maintaining only about a 50% serviceability rate. This low availability was largely due to underestimated maintenance demands compared to the Tornado IDS variant, a shortage of spare engines—which were not part of the lease agreement—and inadequate support equipment.

By 2000, delays in the Eurofighter project led AMI to pursue an alternative interim fighter. Although the Tornado ADV was reconsidered, necessary enhancements and structural modifications required for extending the lease were judged financially unfeasible. Consequently, in February 2001, Italy chose to lease 35 F-16 fighters from the United States as a temporary solution. Following this decision, AMI returned its Tornado aircraft to the RAF, with the last plane arriving at Saint Athan on 7 December 2004. One Tornado was preserved for static exhibition.

Royal Saudi Air Force

On 26 September 1985, Saudi Arabia and the United Kingdom finalized the Al-Yamamah arms deal, securing extensive military hardware and services including Tornado aircraft, weaponry, radar systems, spare parts, and pilot training programs. This agreement involved exchanging oil at a rate of 600,000 barrels per day over several years. The initial procurement comprised 24 Tornado ADVs and 48 Tornado IDSs; the first ADV was delivered on 9 February 1989.

U.S. defense analyst Anthony Cordesman observed that the Tornado ADV did not perform effectively as an air defence fighter, with Saudi Arabia’s initial batch of eight ADVs producing unsatisfactory outcomes. By 1990, following arrangements to acquire McDonnell Douglas F-15E Strike Eagle jets from the United States, Saudi Arabia reduced its reliance on the Tornado ADV and redirected orders for up to 60 ADVs towards the IDS strike version.

During Operation Desert Storm in 1991, RSAF Tornado ADVs conducted 451 air-defence missions alongside RSAF F-15 fighters. In 2006, concurrent with Saudi Arabia’s purchase of Eurofighter Typhoons, a £2.5 billion modernization program was initiated for both Tornado IDS and ADV fleets to prolong operational service until at least 2020. Nevertheless, by 2011, the Eurofighter had supplanted the Tornado ADV in fulfilling air-defence responsibilities.

Variants

Tornado F2
A two-seat all-weather interceptor fighter powered by two Turbo-Union RB.199-34R Mk 103 turbofan engines; this was the original production model with eighteen units built.
Tornado F2A
An upgraded F2 model brought up to F3 specifications but retaining the original F2 engines; only one was converted.
Tornado F3
An improved variant featuring two Turbo-Union RB.199-34R Mk 104 engines, automatic wing sweep control system, expanded AIM-9 missile capacity, and enhanced avionics; a total of 171 were manufactured for both the Royal Air Force (RAF) and Royal Saudi Air Force (RSAF).
Tornado EF3
An informal designation for F3 aircraft modified to carry ALARM missiles.

Operators

Bibliography

External links

  1. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named leek 23
  2. ↑ Butler 2001, Template:Page needed
  3. ↑ Smith 1980, p. 134.
  4. ↑ Aeroguide 21 1988, p. 2.
  5. ↑ Cite error: Invalid <ref> tag; no text was provided for refs named eagles 88
  6. ↑ Moir and Seabridge 2011, pp. 447–448.
  7. ↑ Aeroguide 21 1988, p. 6.
Retrieved from "https://www.alfawiki.org/index.php?title=Panavia_Tornado_ADV&oldid=33649"