Welcome to This Date in Aviation History, getting of you caught up on milestones, important historical events and people in aviation from September 7 through September 9.


September 7, 1997 – The first flight of the Lockheed Martin F-22 Raptor. The pace of aircraft development, both military and civilian, has been nothing short of extraordinary. In only 44 years, the world went from the Wright Brothers’ first flight to breaking the speed of sound and, particularly with military aviation, the race has always been on to create new aircraft that are one step ahead of the enemy. In the 1980s, the Air Force began the process of finding a new air superiority fighter to replace the McDonnell Douglas F-15 Eagle, and also one that would be as flexible in the fighter and ground attack role as the General Dynamics F-16 Fighting Falcon. As part of that effort, and to counter ever more advanced aircraft being produced by America’s adversaries, the Air Force began development of what it called the Advanced Tactical Fighter in 1981. The new fighter would also make use of the latest advances in stealth technology. By 1984, the Air Force settled on the requirements for the new aircraft, and they called for a fighter with a 50,000 poound maximum takeoff weight, a radius of 800 miles and the ability for supercruise, meaning the fighter could maintain supersonic speeds without the use of afterburners. Two aircraft were selected for a competition for what would result an very lucrative contract: the Lockheed Martin YF-22, and the Northrop YF-23. Though the YF-23 was stealthier and faster, the YF-22's thrust vectoring engines made it more maneuverable. While both aircraft were seen as very capable platforms, the Air Force selected the YF-22, and it entered production in 1996.

YF-22 prototype

The Air Force describes the fifth generation Raptor as a “combination of stealth, supercruise, maneuverability, and integrated avionics, coupled with improved supportability, represent[ing] an exponential leap in warfighting capabilities. The Raptor performs both air-to-air and air-to-ground missions allowing full realization of operational concepts vital to the 21st century Air Force....The F-22 cannot be matched by any known or projected fighter aircraft.” The Raptor’s stealthy design allows it to target and destroy opponents before being detected by the enemy, and its advanced avionics allow it not only to protect itself, but to protect other assets as well, and it is seen as a critical component to the future networked battlefield. During the development of the aircraft, designers toyed with different names and designations for the F-22. At one time, in a nod to its capability for ground attack, it was designated F/A-22, but upon introduction the designation was changed back to F-22. Lockheed had originally chosen “Lightning II” after the iconic WWII fighter, and it was also briefly called the “SuperStar” and “Rapier.” But, perhaps in a reference to the Eagle it was meant to replace, the Air Force eventually settled on Raptor. The F-22 is powered by a pair of Pratt & Whitney F119 afterburning turbofans, and has an estimated top speed of Mach 2.5. It is armed with one 20mm M61A2 Vulcan rotary cannon, and can carry air-to-missiles for air defense, air-to-ground missiles for ground attack, and 4 underwing pylons can be fitted with either drop tanks or ordnance. Due in part to its high cost, and the continued development of what some consider to be the more advanced Lockheed Martin F-35 Lightning II, production of the Raptor was halted in 2011 after the completion of just under 200 operational aircraft. However, the protracted and troublesome development of the F-35 has led to a high demand for the Raptor to respond to a burgeoning number of missions around the world, leading to discussions about restarting the F-22 production line. However, this is unlikely, as much of the production materials were destroyed when the production line was shut down, and the cost is estimated to be upwards of $40 billion. (US Air Force Photos)

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September 7, 1965 – The first flight of the Bell AH-1 Cobra. By the Vietnam War, the US Army had become become very much a helicopter-borne force, using the theories of vertical envelopment to attack their enemy and using the Bell UH-1 Iroquois, better known as the Huey, as their modern Army mule. This all-purpose utility helicopter, which first flew in 1956, came to symbolize the war in Vietnam, as it appeared on the nightly news airlifting troops to the battlefield and evacuating casualties back to medical aid stations. While the Huey proved to be invaluable in these roles, it was also relatively slow, lightly armed, and susceptible to ground fire. The Army responded by turning some of the Hueys into makeshift gunships, but they soon realized the need for a new, dedicated attack helicopter to protect the transport helicopters, particularly when they were under fire and vulnerable in hot landing zones and support ground troops in combat. Bell Helicopter had been working on the first helicopter gunship as early as the 1950s, and they presented the Army with the Bell Model 207 Sioux Scout in 1963, which was essentially the first modern attack helicopter. The Army was impressed, but the Sioux Scout had shortcomings that concerned Army brass. A year later, they launched the Advanced Aerial Fire Support System (AAFSS) competition and settled on the Lockheed AH-56 Cheyenne which, after 10 years of costly development, had turned out to be too complex and was ultimately canceled. However, Bell, which had not been asked to take part in the competition, had been continuously developing their own light attack helicopter, using the engine, transmission and rotor system that had been proven effective in the UH-1 Iroquois. The new helicopter, designated the Bell 209, was designed to carry 7.62mm miniguns or a grenade launcher in a chin-mounted turret, as well as rockets or missiles on small wings affixed to the fuselage. A crew of two—pilot and gunner—sat in a tandem configuration that made for a very narrow profile when seen head-on, making it more difficult to hit from the ground.

The Cobra prototype, the Bell 209

In 1967, the Army adopted the 209, now with a traditional fixed landing skid rather than the original retractable gear, as the Cobra. Cobras were in the air over Vietnam by the summer of 1967, and saw action during the Tet Offensive of 1968 and throughout the rest of the war. In addition to their combat support roles, Cobras teamed with Hughes OH-6 Cayuse light observation helicopters to form hunter-killer teams, and also provided support during the rescue of downed pilots. It is difficult to overstate the effectiveness of the Cobra as a dedicated attack aircraft, and it has proven so useful that its basic design was modified into more powerful versions with the addition of a second engine. The resulting Bell AH-1J SeaCobra and Bell AH-1W SuperCobra, as well as the latest version, the Bell AH-1Z Viper, all of which form the backbone of the US Marine Corps attack helicopter fleet, serve to this day and will continue to do so for quite some time. Older AH-1 Cobras also remain in service with export countries, and two Firewatch Cobras serve the US Forest Service by using infrared sensors and cameras to support firefighters on the ground. (US Army photos)

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September 8, 1968 – The first flight of the SEPECAT Jaguar. Developing a new military aircraft, or any aircraft for that matter, is an extremely expensive undertaking. But one way to reduce your own costs, and take advantage of the expertise of others, is to form a consortium of manufacturers from friendly nations and divide up the work. In the early 1960s, the English Royal Air Force began looking for a new two-seat supersonic trainer to replace the Folland Gnat T.1 and the Hawker Hunter T.7, and the French Armée de l’Air was looking for a new supersonic trainer that could also double as a light attack aircraft to replace the Fouga CM.170 Magister, the Lockheed T-33 and the Dassault Mystère IV. The two nations decided to work together on the project, forming a partnership between Breguet and the British Aircraft Corporation that was known as Société Européenne de Production de l’Avion d’École de Combat et d’Appui Tactique (SEPECAT) which translates as “European company for the production of a combat trainer and tactical support aircraft.” The two companies agreed that unique assemblies would be produced by both countries, and that final assembly would take place in both England and France. A second consortium of Rolls-Royce in England and Turbomeca in France worked together to produce the Rolls-Royce Turbomeca Adour afterburning turbofan engines that would give the Jaguar a top speed of Mach 1.6. The design featured a high wing that allowed for easy access to weapons stores and external fuel tanks, a tricycle landing gear, and unique overwing pylons for short-range air-to-air missiles, an arrangement that freed up space under the wings fuel tanks, weapons or other stores.

RAF Jaguar showing over-wing missile stations

The French were the first to receive the new fighter, in both the E (École, or trainer) and A (Appui, or Attack/Support) versions in 1973. While initially envisioned as a nuclear-capable attack aircraft, the Jaguar never performed this role for the Armée de l’Air, and instead was used as a support aircraft to clear the way for the nuclear armed Mirage fighters. The Jaguar served the French in numerous regional conflicts in their former colonies, as well as the Gulf War in 1991. The RAF received the Jaguar into service in 1974 in both fighter/bomber and trainer versions, where it eventually saw action in the Gulf War of 1991 alongside French Jaguars, and returned to the Gulf in 1994 as a target designation aircraft for other Coalition aircraft. Unlike the French, the British used the Jaguar in the tactical nuclear strike role where it carried the WE.177 tactical nuclear bomb. SEPECAT procuded a total of 543 Jaguars for France and England as well as a number of export customers. All but India have since retired the aircraft. (Top photo US Air Force; second photo author unknown)


Short Takeoff


September 7, 1955 – The first flight of the Sukhoi Su-7, a swept-wing supersonic fighter developed by the Soviet Union and the first Russian fighter to employ an all-moving tailplane (stabilator) and a movable cone in the air intake to adjust airflow into the engine at supersonic speeds known as a translating centerbody. Given the NATO designation Fitter, the Su-7 was designed as a high-speed low-level tactical fighter. Its wing was dramatically swept at 60-degrees and, when fitted with a Lyulka AL-7 afterburning turbofan, it was capable of reaching speeds up to Mach 2. Though unsuccessful as a dogfighter, the Su-7B variant proved very successful as a tactical ground attack aircraft, becoming the primary Soviet ground attack aircraft of the 1960s. Nearly 1,900 were produced from 1957-1972, and the type was retired in 1990. (Photo author unknown via todo-aviones.ar)


September 7, 1942 – The first flight of the Consolidated B-32 Dominator, a heavy strategic bomber developed as a fallback design should the Boeing B-29 Superfortress prove unsuccessful. Following the successful launch of the Superfortress, production of the Dominator was halted after only 118 were built, and those only saw limited action in the war after arriving in the Pacific Theater in the summer of 1945. The B-32 holds the distinction of being the last Allied aircraft shot down by the Japanese when a reconnaissance plane was attacked over Tokyo four days after Japanese Emperor Hirohito announced Japan’s surrender. The attack killed Sergeant Anthony Marchione, the last American airman to die in WWII. (US Army Photo)


September 7, 1940 – The first flight of the Blohm & Voss BV 222, a large, six-engine flying boat developed before WWII as a commercial transport but was pressed into military service to transport troops and supplies. Known as the Wiking (Viking), the BV 222 was the largest flying boat to be put into service during the war, and it saw action in Europe and the Mediterranean. A total of 13 were built, though a number of them were destroyed by Allied fighters both in the air and on the ground, and one may have been shot down by the crew of a US Navy Consolidated PB4Y Liberator. Three BV 222s came into Allied hands, but were soon scrapped or destroyed. The last BV 222 is reportedly resting underwater near Norway, and plans are underway to raise and restore it. (Photo author unknown)


September 7, 1906 – The first flight of the Santos-Dumont 14-bis. Designed by Brazilian aviation pioneer Alberto Santos-Dumont, the 14-bis (for testing, the aircraft was attached to Santos-Dumont’s non-rigid airship Number 14, and bis means again or addition) was designed around the box kite principle, and had a forward box canard for control. The dihedral design of the wings provided lateral stability, and it was powered by an Antoinette 8V fuel-injected engine. Piloting the 14-bis, Santos-Dumont made the first powered flight anywhere outside of the US, as well as the first publicly witnessed powered flight, leading some to contend that the 14-bis is the first true airplane, since the Wright Brothers used a launch rail rather than wheels during takeoff. For this reason, Brazilians hail Santos-Dumont as the “Father of Aviation.” (Illustration author unknown)


September 8, 1927 – The Cessna Aircraft Company is established. Clyde Cessna began as a farmer in Rago, Kansas, and built his first airplane in 1911 after working for the Queen Aeroplane Company in New York. Along with Victor Roos, Cessna founded aircraft manufacturing company in 1927 (Roos left after just one month), and the company’s first aircraft, the Cessna DC-6, was certified on October 29, 1929, the day the American stock market crashed. The company closed during the Great Depression, but was reopened by Cessna’s nephews in 1934. A brand of Textron Aviation since 2014, Cessna is based in Wichita, Kansas and is known for the production of both piston- and jet-powered general aviation aircraft, and became famous with the introduction of the Cessna Model 172 in 1956, which has since become the most successful aircraft in history with over 43,000 produced. (Photo by P. Alejandro Diaz via Wikimedia Commons)


September 9, 2006 – The first flight of the Boeing 747 Dreamlifter, a specially modified 747-400 that was developed by Boeing to transport sections of the Boeing 787 Dreamliner for final assembly. Formerly known as the Large Cargo Freighter (LCF), the Dreamlifter was modified in Taiwan by Evergreen Aviation Technologies and has a cargo compartment that can accommodate 65,000 cubic feet of cargo, the largest in the world. The Dreamlifter can hold triple the volume of the Boeing 747-400F freighter with an 803,001 pound maximum takeoff weight (MTOW). The Dreamlifter entered service in 2007 and 4 have been built. It is flown exclusively by Boeing, with no other commercial customers. (Photo by Yamaguchi Yoshiaki via Wikimedia Commons)


September 9, 1916 – The first flight of the Bristol F.2 Fighter, a two-seat fighter and reconnaissance aircraft developed for the Royal Flying Corps during WWI. Unlike most two-seat reconnaissance aircraft, which were not known for their dogfighting skills, the F.2 proved to be very agile, and capable of mixing with single-seat enemy fighters. The F.2 was known for making attacks with its forward-firing machine guns while the observer in the rear seat provided cover with a swiveling machine gun. Popularly known as the “Brisfit” or “Biff,” the F.2 saw its first action in April 1917 as part of the Battle of Arras, and fought throughout the war. Production continued until 1927, with many surplus aircraft modified for civilian use. A total of 5,329 were built. (Australian Government photo)


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