Panavia Tornado IDS
By the beginning of the 1970s, the nations of Western Europe had come to the realization that a dedicated strike aircraft was desperately needed. Most of NATO was depending on the F-104G Starfighter as their primary interdiction and strike aircraft, while France had only aging Mysteres and modified Mirage IIIs. The United Kingdom did not even have that: the promising TSR.2 had been cancelled, as had a British version of the F-111 Aardvark. Moreover, the UK also lacked an interceptor, relying on the outdated Lightning F.6. Finally, as the emerging European Common Market (the forerunner of the European Union) sought to distance itself from the United States, Western Europe desired an aircraft designed by Europeans for Europeans, rather than depending on American designs.
All parties agreed that the new Multi-Role Combat Aircraft (MRCA) should be a twin-engined dedicated strike aircraft, with variable-sweep wings that would allow it high dash speed at low-level to the target, yet allow it to operate from short runways or semi-improved fields. Political infighting over who would lead the MRCA project led France to withdraw from the program, followed by Canada, Belgium, and the Netherlands, leaving just West Germany, Britain, and Italy by 1971. Production of the MRCA would be divided between Messerschmitt-Bolkow-Bohm (MBB) of Germany, the British Aircraft Company (BAC) of the UK, and Fiat of Italy, under the umbrella of Panavia; the engines would similarly be produced by all three nations, with Britain’s Rolls-Royce in the lead, as Turbo-Union. Though Germany preferred a single-seat aircraft and the UK wanted an interceptor, the nations agreed to a two-seat aircraft to lessen the pressure on the pilot, while the MRCA would also be developed as an interceptor to satisfy the British requirement. The emphasis, however, was on the immediate development of a strike aircraft.
With the finalization of the aircraft design, what became the Panavia Tornado came together relatively quickly, with the first prototype flight in August 1974. Testing also went smoothly: the loss of two prototypes to crashes was traced to problems with the variable-flow intakes and the thrust reverser, which had been added to the design to improve its short-field landing performance. The strike version, designated Tornado IDS (Interdiction/Strike) for Germany and Italy, and Tornado GR.1 for Britain, entered service in 1979. Despite the hopes of the Panavia partners, the Tornado was never an export success, with only Saudi Arabia purchasing the aircraft: the F-16 and Mirage F.1 were cheaper alternatives, with more weapons options and less mechanically complex.
The Tornado IDS nonetheless proved to be a superb aircraft, with excellent handling in all flight profiles, and open to continual improvement. After the success of the American Wild Weasel program, Germany and Italy opted for a further development of the Tornado IDS to a dedicated anti-SAM aircraft, the Tornado ECR (Electronic Countermeasures/Reconnaissance).
The Tornado would never be called on to fight a war in Central Europe against the Soviet Union, which it had been designed to do. Instead, its first combat would come in the deserts of Iraq in the First Gulf War. RAF Tornados were tasked specifically with runway interdiction of Iraqi airfields—tactics that had been practiced often in anticipation of a Third World War. The result was near-disastrous: Iraqi antiaircraft fire accounted for three Tornados in as many days, as RAF pilots had trained to use terrain avoidance in Europe to mask them from ground fire; in Iraq, there was no terrain to hide behind. This forced the Tornado force to medium altitudes and freefall bombs only, as the Tornado IDS/GR.1 lacked the ability to launch precision-guided munitions.
The Tornado has since done better. Continually improved to carry a wide variety of weaponry, including the ALARM antiradar missile, Brimstone antitank missile, Kormoran and Sea Eagle antiship missiles, and American-built JDAMs, Tornados from Germany, Italy, and the UK have participated in wars in Bosnia, Kosovo, Iraq, Afghanistan, and Libya. In Afghanistan, German Tornado ECRs have been invaluable using their onboard sensors to detect improvised explosive devices, while Italian Tornado IDS and RAF Tornado GR.4s essentially grounded the Libyan Air Force in the first days of the conflict by hitting runways and hangars; RAF Tornados flew from bases in the UK to Libya in the longest missions since the 1982 Falklands conflict. RAF, Luftwaffe, and AMI Tornado IDS/GR.4s will remain in service until at least 2025, to be replaced by either more Typhoons or the F-35 Lightning II. With 992 Tornados produced, the aircraft has easily been the most successful European aircraft built since World War II.
Tornado IDS 45+11 started its career in 1986 as a testbed, flying with ETG 11 at Erding, in then-West Germany; it was then activated as an operational strike aircraft with JBG 33 at Buchel. In 1999, 45+11 made the trip across the Atlantic to Holloman AFB, New Mexico, where it joined the German Air Force Flying Training Center (GAFFTC). Because of limited airspace over Europe, New Mexico was chosen as the training ground for Luftwaffe pilots in the Tornado, and a small number of Tornado IDS were based at Holloman. In 2009, it was retired, and in 2010 45+11 was placed on display as a gate guard for GAFFTC headquarters at Holloman.
As GAFFTC was wound down, with the Luftwaffe retiring its Tornados in favor of Eurofighter Typhoons, a number of high-time Tornados were available that the Luftwaffe preferred not to fly back to Germany. One was donated to the Pima Air and Space Museum in Arizona, and another made 45+11 redundant. Reluctant to simply scrap the aircraft, 45+11 was instead donated to the nearby New Mexico Museum of Space History in 2019, allowing another Tornado to take its place at Holloman.
While on display at Holloman, 45+11 wore the wraparound green tactical camouflage used by Luftwaffe Tornados in the late 1980s and early 1990s; that, however, had been replaced with an overall light gray camouflage, which was found to be more effective when dealing with ground defenses. 45+11 was repainted in this scheme while still at Holloman, and the small GAFFTC shield was replaced by one that covered the whole tail: the emblem shows two stylized Tornados against the New Mexico flag, with the state bird--a roadrunner. Under the wings are two drop tanks and two ECM pods, the usual configuration for training missions over the Holloman ranges.
Most of the sources I use on my travels didn't mention 45+11 being at the museum, but we had intended to go mainly for the space exhibits. This was a big surprise just a few days before arrival, when a friend sent me an article on the aircraft. For now, 45+11 is displayed in the museum parking lot until a more permanent location can be found on the museum grounds. It's good to see that such a striking color scheme has been preserved--and aside from the Tornado at Holloman, getting 45+11 means I have now seen three of the four Tornados in North America!
Panavia Tornado IDS
By the beginning of the 1970s, the nations of Western Europe had come to the realization that a dedicated strike aircraft was desperately needed. Most of NATO was depending on the F-104G Starfighter as their primary interdiction and strike aircraft, while France had only aging Mysteres and modified Mirage IIIs. The United Kingdom did not even have that: the promising TSR.2 had been cancelled, as had a British version of the F-111 Aardvark. Moreover, the UK also lacked an interceptor, relying on the outdated Lightning F.6. Finally, as the emerging European Common Market (the forerunner of the European Union) sought to distance itself from the United States, Western Europe desired an aircraft designed by Europeans for Europeans, rather than depending on American designs.
All parties agreed that the new Multi-Role Combat Aircraft (MRCA) should be a twin-engined dedicated strike aircraft, with variable-sweep wings that would allow it high dash speed at low-level to the target, yet allow it to operate from short runways or semi-improved fields. Political infighting over who would lead the MRCA project led France to withdraw from the program, followed by Canada, Belgium, and the Netherlands, leaving just West Germany, Britain, and Italy by 1971. Production of the MRCA would be divided between Messerschmitt-Bolkow-Bohm (MBB) of Germany, the British Aircraft Company (BAC) of the UK, and Fiat of Italy, under the umbrella of Panavia; the engines would similarly be produced by all three nations, with Britain’s Rolls-Royce in the lead, as Turbo-Union. Though Germany preferred a single-seat aircraft and the UK wanted an interceptor, the nations agreed to a two-seat aircraft to lessen the pressure on the pilot, while the MRCA would also be developed as an interceptor to satisfy the British requirement. The emphasis, however, was on the immediate development of a strike aircraft.
With the finalization of the aircraft design, what became the Panavia Tornado came together relatively quickly, with the first prototype flight in August 1974. Testing also went smoothly: the loss of two prototypes to crashes was traced to problems with the variable-flow intakes and the thrust reverser, which had been added to the design to improve its short-field landing performance. The strike version, designated Tornado IDS (Interdiction/Strike) for Germany and Italy, and Tornado GR.1 for Britain, entered service in 1979. Despite the hopes of the Panavia partners, the Tornado was never an export success, with only Saudi Arabia purchasing the aircraft: the F-16 and Mirage F.1 were cheaper alternatives, with more weapons options and less mechanically complex.
The Tornado IDS nonetheless proved to be a superb aircraft, with excellent handling in all flight profiles, and open to continual improvement. After the success of the American Wild Weasel program, Germany and Italy opted for a further development of the Tornado IDS to a dedicated anti-SAM aircraft, the Tornado ECR (Electronic Countermeasures/Reconnaissance).
The Tornado would never be called on to fight a war in Central Europe against the Soviet Union, which it had been designed to do. Instead, its first combat would come in the deserts of Iraq in the First Gulf War. RAF Tornados were tasked specifically with runway interdiction of Iraqi airfields—tactics that had been practiced often in anticipation of a Third World War. The result was near-disastrous: Iraqi antiaircraft fire accounted for three Tornados in as many days, as RAF pilots had trained to use terrain avoidance in Europe to mask them from ground fire; in Iraq, there was no terrain to hide behind. This forced the Tornado force to medium altitudes and freefall bombs only, as the Tornado IDS/GR.1 lacked the ability to launch precision-guided munitions.
The Tornado has since done better. Continually improved to carry a wide variety of weaponry, including the ALARM antiradar missile, Brimstone antitank missile, Kormoran and Sea Eagle antiship missiles, and American-built JDAMs, Tornados from Germany, Italy, and the UK have participated in wars in Bosnia, Kosovo, Iraq, Afghanistan, and Libya. In Afghanistan, German Tornado ECRs have been invaluable using their onboard sensors to detect improvised explosive devices, while Italian Tornado IDS and RAF Tornado GR.4s essentially grounded the Libyan Air Force in the first days of the conflict by hitting runways and hangars; RAF Tornados flew from bases in the UK to Libya in the longest missions since the 1982 Falklands conflict. RAF, Luftwaffe, and AMI Tornado IDS/GR.4s will remain in service until at least 2025, to be replaced by either more Typhoons or the F-35 Lightning II. With 992 Tornados produced, the aircraft has easily been the most successful European aircraft built since World War II.
Tornado IDS 45+11 started its career in 1986 as a testbed, flying with ETG 11 at Erding, in then-West Germany; it was then activated as an operational strike aircraft with JBG 33 at Buchel. In 1999, 45+11 made the trip across the Atlantic to Holloman AFB, New Mexico, where it joined the German Air Force Flying Training Center (GAFFTC). Because of limited airspace over Europe, New Mexico was chosen as the training ground for Luftwaffe pilots in the Tornado, and a small number of Tornado IDS were based at Holloman. In 2009, it was retired, and in 2010 45+11 was placed on display as a gate guard for GAFFTC headquarters at Holloman.
As GAFFTC was wound down, with the Luftwaffe retiring its Tornados in favor of Eurofighter Typhoons, a number of high-time Tornados were available that the Luftwaffe preferred not to fly back to Germany. One was donated to the Pima Air and Space Museum in Arizona, and another made 45+11 redundant. Reluctant to simply scrap the aircraft, 45+11 was instead donated to the nearby New Mexico Museum of Space History in 2019, allowing another Tornado to take its place at Holloman.
While on display at Holloman, 45+11 wore the wraparound green tactical camouflage used by Luftwaffe Tornados in the late 1980s and early 1990s; that, however, had been replaced with an overall light gray camouflage, which was found to be more effective when dealing with ground defenses. 45+11 was repainted in this scheme while still at Holloman, and the small GAFFTC shield was replaced by one that covered the whole tail: the emblem shows two stylized Tornados against the New Mexico flag, with the state bird--a roadrunner. Under the wings are two drop tanks and two ECM pods, the usual configuration for training missions over the Holloman ranges.
Most of the sources I use on my travels didn't mention 45+11 being at the museum, but we had intended to go mainly for the space exhibits. This was a big surprise just a few days before arrival, when a friend sent me an article on the aircraft. For now, 45+11 is displayed in the museum parking lot until a more permanent location can be found on the museum grounds. It's good to see that such a striking color scheme has been preserved--and aside from the Tornado at Holloman, getting 45+11 means I have now seen three of the four Tornados in North America!