Tag Archives: aviation

Was Orville Wright’s the first flight ever?

Last Monday, December 17, it was 109 years since the first flight of the Wright brothers at Kitty Hawk. However, there was some skepticism in Europe about the flight. I had already read about that skepticism in the book “The Airplane: How ideas gave us wings“(1) (by Jay Spencer (2))

In the book, the reader gets the idea of the skepticism, of how in France there was also a race for performing the first flight and how it was not until the Wright brothers flew in Europe years later (1908) that people got convinced of that first flight in 1903. When I read about that, the idea that came to my mind was French chauvinism.

Let me now start connecting the dots…

Flyer I (picture by 350z33, available at Wikimedia)

  • Visiting the National Air & Space Museum, in Washington D.C., you could see a real scale Flyer I, the aircraft with which the brothers first flew. When you see the aircraft you first notice that the surface controls are at the front of the airplane, or that the airplane has no independent ailerons but the wing is bent at the tip…
  • Reading the book “The Airplane” there is chapter dedicated to the evolution of each configuration item of the aircraft. One of them is dedicated to the landing gear. In relation to the Flyer…

[...] European experimenters put the Wrights to shame by adopting wheeled undercarriages from the outset. The Wrights stuck with skids far too long, perhaps because they viewed their airplanes as scientific proof-of-concept vehicles first and practical machines second.

  • Last summer, when we visited the Aviodrome (3) museum in The Netherlands, we found another Flyer model of the Wrights. This one was a bit more complete: it showed the skids and how the airplane was propelled into the air thanks to a system composed of rails and a kind of catapult.
  • Finally, when reading about French aviation pioneers for the previous post in this blog, I got to read in the Wikipedia article about the Brazilian residing in France Santos-Dumont the following passage:

The Wrights used a launching rail for their 1903 flights and a launch catapult for their 1904 and 1905 machines, while the aircraft of Santos-Dumont and other Europeans had wheeled undercarriages. The Wright Brothers continued to use skids, which necessitated the use of a dolly running on a track. The Fédération Aéronautique Internationale, founded in France in 1905 to verify aviation records, stated among its rules that an aircraft should be able to take off under its own power in order to qualify for a record. Supporters of Santos-Dumont maintain that this means the 14-bis was, technically, the first successful fixed-wing aircraft.

Thus, it was not just simple French chauvinism as the more simple explanation given either in “The Airplane” or Wikipedia article about the Wright brothers may point to, but there was at the time a discussion about the way in which the aircraft were indeed propelled into the air. That is a legitimate discussion, not chauvinism. (4)

Since I am not invested in either position, to me the first flight will always be the generally accepted of Orville Wright on December 17, 1903. That is the one I celebrate (see tweet below). However, you can see how sometimes to get a clearer picture and connect some dots it takes visiting 2 museums in DC and The Netherlands, reading a book and serendipity researching in the Wikipedia. :-)

https://twitter.com/javierirastorza/status/280836139278028800

(1) ”The Airplane” is a terrific book of which one day I hope to write a review. By the way I purchased the book at Boeing HQ in Chicago almost 2 years ago.

(2) Jay Spencer is also coauthor of “747” another great aviation book of which I wrote a review here.

(3) Aviodrome is a great museum north of Amsterdam, at the height of the Smithsonian institution National Air & Space Museum… if only it had free entrance as well. I will have to write about this museum too.

(4) That same federation did not accept as a first flight one made by the French Clément Ader in 1890, because it was an un-controlled flight.

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French aviation history through the life of its pioneers…

I moved to France about two years ago to work for Airbus in its Blagnac offices. Blagnac is a small village close to Toulouse. The place radiates passion for aviation (I once shared the geek outlook of my dentist’s waiting room).

My office is located at the avenue Didier Daurat, to get there I cross two roundabouts: Maurice Bellonte and Émile Dewoitine… these names probably do not ring a bell to most of you. Neither did to me. But then the back street is called Charles Lindbergh. It is then that you realize what might be going on and wonder who the previous names were.

Many months ago I collected the names of some of the streets of Blagnac and Colomiers (the village at the other side of the airport were Airbus is also located), and then, with the help of Google and Wikipedia, I searched who they were. I started a trip into French aviation history through the life of its pioneers…

Didier Daurat (EN):

Daurat was a fighter pilot during World War I, distinguishing himself by spotting the Paris Gun which was pounding Paris.

After the war, he joined Latécoère’s airline company, (which later became the Compagnie générale aéropostale – Aéropostale, then Air France) where he was a pilot and later operations director.

From this time, the legend of the man with the iron will made Didier Daurat a boss admired by many, feared by all and hated by some. He did not hesitate to dismiss those who showed the slightest sign of weakness, questioned his methods or did not adhere to the ‘spirit of the mail’ (l’esprit du courrier).

Many of his pilots began their careers as grease monkeys, taking apart, cleaning and reassembling engines. According to Daurat, this formed character and taught pilots to respect their machines. But he knew when he saw a talented pilot. When Jean Mermoz presented himself in Toulouse and made a dazzling display of piloting skill, Daurat told him “I don’t need circus artists but bus drivers.” (“Je n’ai pas besoin d’artistes de cirque mais de conducteurs d’autobus”). Nevertheless, he engaged him to clean the engines. [...]

Dewoitine D.333 assembly (public domain image).

Émile Dewoitine (EN, FR):

[...] Émile Dewoitine entered the aviation industry by working at Latécoère during World War I. In 1920, he founded his own company, but facing little success at home, went to Switzerland where his Dewoitine D.27 fighter was accepted for operational service.

In 1931, Dewoitine went back to France and founded Société Aéronautique Française – Avions Dewoitine. During the 1930s, several noteworthy aircraft rolled out of the Toulouse-based Dewoitine factories including the Dewoitine D.500, the French Air Force’s first fully metallic, monoplane fighter, as well as the Dewoitine D.338 airliner.

In 1936, part of the French aviation industry was nationalized and Dewoitine’s factories were absorbed by the state-owned SNCAM. During the Battle of France in 1940, the Dewoitine D.520 turned out to be France’s best fighter aircraft. [...]

Maurice Bellonte (FR):

Maurice Bellonte [...] est un aviateur français. Associé à Dieudonné Costes, il a réussi en 1930, à bord du Breguet XIX “Point d’interrogation”, la première traversée de l’Atlantique Nord d’est en ouest. [...]

Dieudonné Costes (EN, FR):

Dieudonné Costes [...] was a French aviator who set flight distance records. He was also a fighter ace during World War I. [...]

On 26 September 1926 he flew 4,100 km (2,546 miles) from Paris to Assuan, with René de Vitrolles, attempting at breaking a world distance record. He broke the world distance record on 28 October 1926, flying 5,396 km (3,351 miles) from Paris to Jask, Persia, with J. Rignot, as a part of 19,625-km (12,187-mile) Paris-India-Paris flight.

Between 10 October 1927 and 14 April 1928 Costes and Joseph Le Brix flew 57,410 km (35,652 miles) around the world, in Breguet 19GR named Nungesser-Coli, from Paris through Argentina, Brazil, the United States, Japan, India, and Greece, although they traveled across the Pacific Ocean from San Francisco, California, to Tokyo, Japan, by ship.

On 1–2 September 1930, Costes with Maurice Bellonte, flew the Breguet 19 Super Bidon “?” from Paris to New York, as the first heavier-than-air aircraft to cross the North Atlantic in the more difficult westbound direction between the North American and European mainlands. They covered either 5,850 km (3,633 miles) or 6,200 km (3,850 miles), according to different sources, in 37 hours 18 minutes. While flying over Portsmouth, New Hampshire, they lost their navigational map out of an open window of the plane. Two children saw the map falling from the sky while they were watching for the flight to cross over their farm. The children, Louise Stef and her brother John, returned the map to Costes, who had asked for its return through the media.

Joseph Le Brix (EN, FR):

Joseph Le Brix est d’abord un officier de marine, atteignant le grade de lieutenant de vaisseau, avant de se tourner vers l’aviation.

Avec Dieudonné Costes, il réussit, sur un Breguet 19 baptisé Nungesser et Coli en l’honneur des deux aviateurs français disparus dans l’Atlantique nord à bord de l’Oiseau blanc, la traversée de l’Atlantique sud entre Saint-Louis du Sénégal et Natal (Brésil) où ils arrivent le 15 octobre 1927.

Henri Potez (EN, FR):

Henry Potez [...] was a French aircraft industrialist.

He studied in the French aeronautics school Supaéro. With Marcel Dassault, he was the inventor of the Potez-Bloch propeller which after 1917, have been set on most of all Allied planes of World War I.

In 1919, he founded his own company Aviations Potez that between the wars built many planes and seaplanes in factories at that time considered the most modern in the world. He bought the Alessandro Anzani company in 1923. Many Potez planes such as the Potez 25, 39, 54, 62, 63 were an international success, with world records. [...]

Santos Dumont (EN):

Alberto Santos-Dumont [...] was a Brazilian aviation pioneer. The heir of a wealthy family of coffee producers, Santos Dumont dedicated himself to aeronautical study and experimentation in Paris, France, where he spent most of his adult life.

Santos-Dumont designed, built, and flew the first practical dirigible, demonstrating that routine, controlled flight was possible. This “conquest of the air”, in particular his winning the Deutsch de la Meurthe prize on October 19, 1901 on a flight that rounded the Eiffel Tower, made him one of the most famous people in the world during the early 20th century. [...]

Alberto Santos Dumont flying the Demoiselle (1909) (public domain image).

Santos-Dumont described himself as the first “sportsman of the air.” He started flying by hiring an experienced balloon pilot and took his first balloon rides as a passenger. He quickly moved on to piloting balloons himself, and shortly thereafter to designing his own balloons. In 1898, Santos-Dumont flew his first balloon design, the Brésil.

[...] his primary interest soon turned to heavier-than-air aircraft. By 1905 he had finished his first fixed-wing aircraft design, and also a helicopter. He finally achieved his dream of flying an aircraft on October 23, 1906 by piloting the 14-bis before a large crowd of witnesses for a distance of 60 metres (197 ft) at a height of about five meters or less (15 ft). This well-documented event was the first flight verified by the Aéro-Club de France of a powered heavier-than-air machine in Europe and won the Deutsch-Archdeacon Price for the first officially observed flight further than 25 meters. On November 12, 1906, Santos-Dumont set the first world record recognized by the Federation Aeronautique Internationale by flying 220 metres in 21.5 seconds.

[...]

The Wrights used a launching rail for their 1903 flights and a launch catapult for their 1904 and 1905 machines, while the aircraft of Santos-Dumont and other Europeans had wheeled undercarriages. The Wright Brothers continued to use skids, which necessitated the use of a dolly running on a track. The Fédération Aéronautique Internationale, founded in France in 1905 to verify aviation records, stated among its rules that an aircraft should be able to take off under its own power in order to qualify for a record. Supporters of Santos-Dumont maintain that this means the 14-bis was, technically, the first successful fixed-wing aircraft.

[...]

The wristwatch had already been invented by Patek Philippe, decades earlier, but Santos-Dumont played an important role in popularizing its use by men in the early 20th century. Before him they were generally worn only by women (as jewels), as men favoured pocket watches.

Clément Ader (EN, FR):

Clément Ader [...] was a French inventor and engineer born in Muret, Haute Garonne, and is remembered primarily for his pioneering work in aviation.

Ader was an innovator in a number of electrical and mechanical engineering fields. He originally studied electrical engineering, and in 1878 improved on the telephone invented by Alexander Graham Bell. After this he established the telephone network in Paris in 1880. In 1881, he invented the “théâtrophone”, a system of telephonic transmission where listeners received a separate channel for each ear, enabling stereophonic perception of the actors on a set; it was this invention which gave the first stereo transmission of opera performances, over a distance of 2 miles (3 km) in 1881. In 1903, he devised a V8 engine for the Paris-Madrid race, but although three or four were produced, none were sold.

Following this, he turned to the problem of mechanical flight and until the end of his life gave much time and money to this. Using the studies of Louis Pierre Mouillard (1834–1897) on the flight of birds, he constructed his first flying machine in 1886, the Éole. It was a bat-like design run by a lightweight steam engine of his own invention, with 4 cylinders developing 20 horsepower (15 kW), driving a four-blade propeller. The engine weighed no more than 4 kg/kW (7 pounds per horsepower). The wings had a span of 14 metres and were equipped with a system of warping. All-up weight was 300 kg (650 pounds). On 9 October 1890, Ader attempted a flight of the Éole. It is accepted that the aircraft took off, reaching a height of 20 cm, and flew uncontrolled for approximately 50 m (160 ft), 13 years before the Wright Brothers.

Ader undertook the construction of a second aircraft he called the Avion II, also referred to as the Zephyr or Éole II. Most sources agree that work on this aircraft was never completed, and it was abandoned in favour of the Avion III. Ader’s later claim that he flew the Avion II in August 1892 for a distance of 100 metres in Satory near Paris, was never widely accepted.

[...] In 1909 he published L’Aviation Militaire, a very popular book which went through 10 editions in the five years before the First World War. It is notable for its vision of air warfare and its foreseeing the form of the modern aircraft carrier, with a flat flight deck, an island superstructure, deck elevators and a hangar bay. His idea for an aircraft carrier was relayed by the US Naval Attaché in Paris[8] and were followed by the first trials in the United States in November 1910.

An airplane-carrying vessel is indispensable. These vessels will be constructed on a plan very different from what is currently used. First of all the deck will be cleared of all obstacles. It will be flat, as wide as possible without jeopardizing the nautical lines of the hull, and it will look like a landing field.

—Clément Ader, L’Aviation Militaire, 1909

Marcel Doret (FR):

En 1910, il est apprenti mécanicien. Il s’engage à 18 ans, dès le début de la Grande Guerre dans l’artillerie et combat à Verdun. Il est blessé 3 ans plus tard et reçoit la médaille militaire. Une fois guéri, il demande son transfert dans l’aviation et rejoint Dijon puis Chartres. Lâché seul après moins de deux heures de vol en double commande, il est breveté pilote militaire en 1918, à l’âge de vingt-deux ans, et il poursuit sa formation à l’École de chasse et d’acrobatie de Pau après un court passage à Avord. À la fin de la guerre, il est ouvrier chez Renault, mais Émile Dewoitine le remarque dans un meeting aérien. Le 1er juin 1923, Doret entre comme pilote d’essai dans ses usines à Toulouse, et devient rapidement chef pilote d’essai. Jusqu’en 1939, il met au point quarante-trois prototypes d’appareils très différents, ce qui lui donne une maîtrise presque totale du pilotage. Avec la production des appareils de ligne, comme le D.332 Émeraude, il est amené à les convoyer dans des pays de plus en plus lointains et devient un des premiers pilotes de ligne.

Roland Garros (public domain image).

Roland Garros (EN):

[...] He started his aviation career in 1909 flying Alberto Santos-Dumont’s Demoiselle monoplane, an aircraft that only flew well with a small lightweight pilot. In 1911 Garros graduated to flying Bleriot monoplanes and entered a number of European air races with this type of machine, such as the 1911 Paris to Madrid air race.

He was already a noted aviator before World War I, having visited the U.S. and South America. By 1913 he had switched to flying the faster Morane-Saulnier monoplanes, and gained fame for making the first non-stop flight across the Mediterranean Sea from Fréjus in the south of France to Bizerte in Tunisia. The following year, Garros joined the French army at the outbreak of World War I. [...]

In the early stages of the air war in World War I the problem of mounting a forward-firing machine gun on combat aircraft was considered by a number of individuals. The so-called interrupter gear did not come into use until Anthony Fokker developed a synchronization device which had a large impact on air combat; however, Garros also had a significant role in the process of achieving this goal.

As a reconnaissance pilot with the Escadrille MS26, Garros visited the Morane-Saulnier Works in December 1914. Saulnier’s work on metal deflector wedges attached to propeller blades was taken forward by Garros; he eventually had a workable installation fitted to his Morane-Saulnier Type L aircraft. Garros achieved the first ever shooting-down of an aircraft by a fighter firing through a tractor propeller, on 1 April 1915; two more victories over German aircraft were achieved on 15 and 18 April 1915.

On 18 April 1915, either Garros’ fuel line clogged or, by other accounts, his aircraft was downed by ground fire, and he glided to a landing on the German side of the lines. Garros failed to destroy his aircraft before being taken prisoner: most significantly, the gun and armoured propeller remained intact. Legend has it that after examining the plane, German aircraft engineers, led by Fokker, designed the improved interrupter gear system. In fact the work on Fokker’s system had been going for at least six months before Garros’ aircraft fell into their hands. With the advent of the interrupter gear the tables were turned on the Allies, with Fokker’s planes shooting down many Allied aircraft, leading to what became known as the Fokker Scourge.

L’escadrille Normandie Niemen (EN):

[...] was a fighter squadron, later regiment (of three squadrons) of the French Air Force. It served on the Eastern Front of the European Theatre of World War II with the 1st Air Army. The regiment is notable for being one of only two air combat units from an Allied western European country to participate on the Eastern Front during World War II, the other being the British No. 151 Wing RAF, and the only one to fight together with the Soviets until the end of the war in Europe.

[...] It fought in three campaigns on behalf of the Soviet Union between 22 March 1943, and 9 May 1945, during which time it destroyed 273 enemy aircraft and received numerous orders, citations and decorations from both France and the Soviet Union, including the French Légion d’Honneur and the Soviet Order of the Red Banner. Joseph Stalin awarded the unit the name Niemen for its participation in the Battle of the Niemen River (1944).

Georges Guynemer 1917 (public domain image).

Georges Guynemer (EN):

Georges Guynemer [...] was a top fighter ace for France during World War I, and a French national hero at the time of his death. [...]

He was originally rejected for military service, but was accepted for training as a mechanic in late 1914. With determination, he gained acceptance to pilot training, joining Escadrille MS.3 on 8 June 1915. He remained in the same unit for his entire service. He experienced both victory and defeat in the first plane allocated to him, a Morane-Saulnier L monoplane previously flown by Charles Bonnard, and accordingly named Vieux Charles (Old Charles). Guynemer kept the name and continued to use it for most of his later aircraft.

[...] Flying the more effective plane, Guynemer quickly established himself as one of France’s premier fighter pilots. He became an ace by his fifth victory in February 1916, and was promoted to lieutenant in March. At the year’s end, his score had risen to 25. Capitaine Brocard, commander of Escadrille N.3 (Storks), described Guynemer at that time as “…my most brilliant Stork.” Less than a year later, Guynemer was promoted to captain and commander of the Storks squadron.

[...] as described by one of his flying comrades (name withheld due to security reasons):

Guynemer sighted five machines of the Albatros type D-3. Without hesitation, he bore down on them. At that moment enemy patrolling machines, soaring at a great height, appeared suddenly and fell upon Guynemer. There were forty enemy machines in the air at this time, including Baron von Richthofen and his circus division of machines, painted in diagonal blue and white stripes. Toward Guynemer’s right some Belgian machines hove in sight, but it was too late. Guynemer must have been hit. His machine dropped gently toward the earth, and I lost track of it. All that I can say is that the machine was not on fire.

Only 22 at his death, he continued to inspire the nation with his advice, “Until one has given all, one has given nothing.”

René Fonck (EN, FR):

René Paul Fonck [...] was a French aviator who ended the First World War as the top Allied fighter ace, and when all succeeding aerial conflicts of the 20th and 21st centuries are also considered, Fonck still holds the title of “all-time Allied Ace of Aces”. He received confirmation for 75 victories (72 solo and three shared) out of 142 claims. Taking into account his probable claims, Fonck’s final tally could conceivably be nearer 100 or above. [...]

Yet for all his skill and success, Fonck never captured the heart of the French public as Guynemer had. Fonck was ascetic and withdrawn. Instead of drinking or socializing with the other pilots, he planned his flying missions and tactics, ironed his uniforms, and stayed physically fit through calisthenics. He seemed to overcompensate for his shyness by constantly mentioning his exploits. As a result, he seemed distant, arrogant, even abrasive. His comrades respected his skills, but even one of his few friends, Marcel Haegelen, considered him a braggart and shameless self-promoter. Fonck may have resented the fact that Georges Guynemer remained more popular in the French press even after he surpassed him in victories. [...]

Fonck returned to civilian life after World War I, and published his war memoirs Mes Combats, prefaced by Marechal Foch, in 1920.

During the 1920s, Fonck persuaded Igor Sikorsky to redesign the Sikorsky S-35 for the transatlantic race or Orteig Prize. On 21 September 1926, Fonck crashed on takeoff when the landing gear collapsed, killing two of his three crew members. Charles Lindbergh shortly afterward won the prize in 1927. [...]

Charles Lindbergh (EN):

As a 25-year-old U.S. Air Mail pilot, Lindbergh emerged suddenly from virtual obscurity to instantaneous world fame as the result of his Orteig Prize-winning solo non-stop flight on May 20–21, 1927, made from Roosevelt Field located in Garden City on New York’s Long Island to Le Bourget Field in Paris, France, a distance of nearly 3,600 statute miles (5,800 km), in the single-seat, single-engine purpose built Ryan monoplane Spirit of St. Louis. Lindbergh, a U.S. Army Air Corps Reserve officer, was also awarded the nation’s highest military decoration, the Medal of Honor, for his historic exploit. [...]

Henri Guillaumet (EN):

[...] He was a pioneer of French aviation in the Andes, the South Atlantic and the North Atlantic. He contributed to the opening up of numerous new routes and is regarded by some as the best pilot of his age. “Je n’en ai pas connu de plus grand” (I’ve never known a greater one), said Didier Daurat, owner of Aéropostale.

Guillaumet carried the mail between Argentina and Chile. On Friday 13 June 1930, while crossing the Andes for the 92nd time, he crashed his Potez 25 at Laguna del Diamante in Mendoza, Argentina, because of bad weather. He walked for a week over three mountain passes. Though tempted to give up, he persisted while thinking of his wife, Noëlle, until June 19 at dawn when he was rescued by a 14-year-old boy named Juan García. He reached a village whose inhabitants could not believe his story. This exploit made him stand out among the ‘stars’ of Aéropostale.

To his friend Antoine de Saint-Exupéry, who had come to find him, he said, “Ce que j’ai fait, je te le jure, aucune bête ne l’aurait fait.” (What I have done, I swear to you, no other animal would have done.) Saint-Exupéry tells the adventure of Guillaumet in his 1939 book Terre des Hommes (published in English as Wind, Sand and Stars).

After a number of south Atlantic crossings, he was appointed managing director of Air France. [...]

In 1995, Futuroscope paid homage to Guillaumet with a 3D IMAX film by Jean-Jacques Annaud, Wings of Courage (les Ailes du Courage). [...]

Saint-Exupéry (EN, FR):

[...] French aristocrat, writer, poet, and pioneering aviator. He became a laureate of several of France’s highest literary awards and also won the U.S. National Book Award. He is best remembered for his novella The Little Prince (Le Petit Prince) and for his lyrical aviation writings, including Wind, Sand and Stars and Night Flight.

Saint-Exupéry was a successful commercial pilot before World War II, working airmail routes in Europe, Africa and South America. At the outbreak of war, he joined the Armée de l’Air (French Air Force), flying reconnaissance missions until France’s armistice with Germany in 1940. After being demobilized from the French Air Force, he traveled to the United States to convince its government to enter the war against Nazi Germany quickly. Following a 27-month hiatus in North America, during which he wrote three of his most important works, he joined the Free French Air Force in North Africa, although he was far past the maximum age for such pilots and in declining health. He disappeared over the Mediterranean on his last assigned reconnaissance mission in July 1944, and is believed to have died at that time.

Jean Dabry (FR):

Jean Dabry [...] est un pilote français de l’Aéropostale puis d’Air France.

D’abord officier au long cours, il entre à l’Aéropostale dès 1928 comme navigateur. Deux ans plus tard avec Jean Mermoz comme pilote et Léopold Gimié à la radio, il participe au record de distance en circuit fermé sur Latécoère 28.

Les 12 et 13 mai 1930, le même équipage effectue la première traversée postale de l’Atlantique Sud sur l’hydravion Laté 28 “Comte de la Vaulx”.

Lucien Servanty (FR):

[...] fut l’un des plus célèbres ingénieurs de l’histoire de l’aviation française.

Diplômé des Arts et Métiers, Servanty débuta en 1931 chez Breguet, puis entra en 1937 à la SNCASO lors de la création de celle-ci. Pendant la Seconde Guerre mondiale, Servanty continua son activité sous le contrôle des autorités d’occupation mais réalisa aussi en secret l’étude du SO.6000 Triton, le premier avion à réaction français, qui effectua son premier vol en novembre 1946.

Par la suite, Servanty dirigea les études de plusieurs avions militaires d’importance tels que le SO.6020 Espadon et le SO.9000 Trident, prototype très innovateur d’un intercepteur à propulsion mixte turboréacteur-fusée. C’est toutefois grâce à une œuvre à vocation civile que Servanty acquit sa notoriété : la direction technique du programme Concorde pour la partie française. L’amitié nouée entre Servanty et son homologue anglais Bill Strang permit en particulier au projet de surmonter les nombreuses difficultés d’une collaboration franco-britannique pas toujours évidente au niveau politique.

Servanty mena à bien la totalité du programme d’essais mais, subitement décédé en 1973 à 64 ans, ne put assister au premier vol commercial de sa création en 1976. [...]

Leon Bourrieau (FR):

Bourrieau eut l’honneur d’être le premier à faire voler le Fouga « Sylphe ” modèle probatoire, le 14 juillet 1949. Il mit au point cet appareil ainsi que les bancs volants Fouga « Gémeaux ” pour le réacteur Turbomeca. Finalement, le 23 juillet 1952, il y a trente-cinq ans, il décolla le prototype du « Magister “, dessiné par Robert Castello et Mauboussin (d’ou l’appellation C.M. 170), consacré par 871 exemplaires dont beaucoup volent toujours! Léon Bourrieau fut d’abord militaire. La finesse de son pilotage lui valut d’appartenir à la « Patrouille acrobatique d’Etampes ” et d’assumer les responsabilités de moniteur.

Pierre Nadot (FR):

Le 27 mai 1955, la Caravelle effectue son premier vol, décollant à 19 h 15, pilotée par Pierre Nadot secondé par André Moynet et accompagné de Jean Avril et Roger Béteille, pour un vol de 22 minutes. Pour ce premier essai, l’avion restant à basse vitesse, les volets de bord de fuite ne sont pas sollicités. [...]

Yves Brunaud (FR):

Le 30 Janvier 1959, le Br-1150 Atlantic motorisé par des turbopropulseurs Rolls-Royce Tyne fut sélectionné par l’OTAN parmi 21 projets. Le 2 Octobre 1961, la SECBAT (Société Européenne pour la Construction du Breguet Atlantic) fut crée.

Les sociétés suivantes prirent part au programme :

  • Breguet & Dassault-Aviation (France).
  • Fokker (Pays-Bas).
  • Dornier & Siebel (Allemagne)
  • SABCA, Fairey & Fabrique Nationale Herstal (Belgique).

Les turbopropulseurs Tyne étaient fournis par Rolls-Royce, SNECMA-Hispano, FN et MTU; les équipements électroniques par des sociétés Américaines. Les chaînes de production ont été installées dans les usines Breguet de Toulouse.

Quatre prototypes furent construits. Le premier effectua son vol initial le 21 Octobre 1961 avec Bernard Witt, Roméo Zinzoni et René Périneau aux commandes. Le second vola le 23 Février 1962, piloté par Yves Brunaud, M. Raymond et René Périneau.

Franz Joseph Strauss (EN):

Franz Josef Strauss [...] was a German politician. He was the chairman of the Christian Social Union, member of the federal cabinet in different positions and long-time minister-president of the state of Bavaria.

As an aerospace enthusiast, Strauss was one of the driving persons to create Airbus in the 1970s. He served as Chairman of Airbus in the late 1980s, until his death in 1988 [...]. Munich’s new airport, the Franz Josef Strauss Airport, was named after him in 1992.

This list is far from covering all pioneers, nor all the great engineers that built French aviation during the past century. This is just a random walk through Blagnac streets.

While looking for these characters I stumbled upon a great site with a good collection of French aviation characters: ”L’Aviation Française: des Hommes et des Ailes“.

PD1: Be sure that not all streets are named after aviation pioneers… I got to meet several doctors, writers, etc. ;-)

PD2: Emphasis are mine. Most of the excerpts come from Wikipedia articles.

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Berlin Tempelhof Airport

Berlin Tempelhof Airport was one of the spots that we wanted to visit in Berlin. The airport was built in the 1920′s and had been an iconic airport for decades, e.g., by the famous Berlin Airlift which with the allied forces supplied West Berlin once surface traffic was blocked by the Soviet Union in 1948.

Other historic events happening in the airport (quoted from Wikipedia):

In 1909, Frenchman Armand Zipfel made the first flight demonstration in Tempelhof, followed by Orville Wright later that same year. Tempelhof was first officially designated as an airport on 8 October 1923. Deutsche Luft Hansa was founded in Tempelhof on 6 January 1926.

[...] described by British architect Sir Norman Foster as “the mother of all airports”.

The airport closed operations in 2008.

The coincidence was that the Berlin marathon fair was organized at Tempelhof thus we didn’t need to schedule the visit since we would go there to pick the running bibs.

See below some pictures from the airport.

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I had some fun with my brother remembering that the airport is also featured in the movie “Indiana Jones and the Last Crusade” (when they get into a zeppelin). I tried to find in Youtube some scenes in which the airport could be recognised, but the only scene that I find related to it is when Indiana and his father are already aboard the zeppelin:

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World commercial aircraft fleet: forecast vs. actual

Some weeks ago I made a comparison about Airbus and Boeing aircraft market forecasts. Last week I published a couple of posts about the evolution in the forecasted aircraft average size and on the accuracy of these market forecasts. For this, I looked for old issues of Boeing Current Market Outlook from as back as 1990.

The next step then it was obvious, I compiled the following graphic showing with the data available information over a 40-year span on:

  • The evolution of world commercial aircraft fleet year by year (blue line) from 1995 to 2011,
  • The forecasted world aircraft fleets by Boeing CMO (red line) from 2000 to 2031 (with some gap years). For 2015 to 2031 the forecast was made 20 years ahead; for 2010-13 it was made 15 years ahead; for 2005-2008, 10 years ahead and for 2000-2003, 5 years ahead.
  • The published 20-year aircraft market forecast year by year.

World commercial aircraft fleet: forecast vs. actual (data source: Boeing CMO).

As you can fleets, forecasted fleets and market fleets have all been increasing year by year. The compounded annual growth rate (CAGR) for each one has been:

  • Actual fleet growth: 3.73% from 1995 to 2011 (2.88% from 2000 to 2011).
  • Forecasted fleet growth: 3.55% from 2000 to 2031 (3.69% from 2000 to 2011).
  • 20-year market forecast: 5.07% from 1992 to 2012 (3.43% from 2001 to 2012).

It is interesting to see that in those years when there is both figures for actuals and forecasted fleets the figures are close (-3.3% average deviation) and so is the trend, though forecasted fleet was lower at the beginning of that period (-7.2% in 2000) and grew at a higher rate until almost matching the numbers in 2011 (+1.2%).

Even though, the 20-year market forecasts have grown at a higher rate than fleets, it is mainly because the first data that I could retrieve come from the economic crisis of the beginning of the 1990′s, when Boeing trimmed down its forecasts. From the 2000′s the figures for market forecast have grown at a similar rate than those of fleets. And so will be the growth of forecasted fleet from 2011 to 2031: 3.5%.

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Notes:

  • 1990 CMO long-term market forecast is made for 15 years, not 20.
  • Forecast of fleet for the periods 2000-2003, 2005-2008 and 2010-2013 does not come from CMOs published 20 years before, but from 5, 10 and 15-year fleet forecasts included in the CMOs of 1996, 1997, 1998 and 1999.
  • Boeing does not publish 5, 10 and 15-year fleet forecasts anymore.
  • It would be interesting to have a per-segment graphic, however there is not consistent data to produce it for the same time span. Boeing changed singe-aisle cut-off seat size from 1999-2000, in 1996-1997 and 2008 didn’t report the split within twin-aisle, in 2008 it also didn’t report the split within single-aisle.

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Aircraft market forecasts accuracy

In a previous post I wrote about how the predicted average aircraft size by Boeing in 1990 did not match the actual evolution of that average size since then. In a more general context, how accurate are these aircraft market forecasts? Especially taking into account that they forecast along a 20-year period.

I dug in the archives and found an article in Flight International‘s issue of 10-16 March 1993 which compared Airbus’ GMF and Boeing’s CMO (you can find 2012 comparison here). Some excerpts from that article:

  • “Boeing is projecting deliveries of 12,005 aircraft, worth $815 billion at current values, from 1993 to 2010.”
  • (Boeing) “The trend towards larger aircraft will accelerate so that, although single-aisle types will account for about two-thirds of all deliveries, they will comprise 74% of those up to 2000 and only 60% beyond.”
  • “Airbus Industrie has released an upbeat forecast, predicting market demand for 11,653 new jet airliners to be delivered during 1992-2011, up from the 11,500 deliveries predicted in 1991.”
  • (Airbus) “The manufacturer foresees an accelerating demand for widebodied aircraft, driving average airliner size from today’s 176 seats to 255 seats in 20 years.”
  • (Airbus) “The global jet-airliner fleet will grow to 10,000 by 1998 and to almost 15,000 by 2011.

Now, let’s see what was the fleet at the end of 2011. Seeing Airbus’ Global Market Forecast from 2012, the departing numbers are those of 2011 fleet.

  • Passenger aircraft: 15,556 a/c.
  • Freighter aircraft: 1,615 a/c.

Thus, 17,171 a/c at the end 0f 2011. The GMF from 1992 underestimated the 20-year market by slightly above 2,100 or nearly 15% error. Not a bad shot taking into account the time span used.

Let’s take a more recent example, this time from Boeing. In the CMO from 1997, we find the following chart showing Boeing’s forecasted fleet size and distribution for 2001, 2006, 2011 and 2016 year-ends.

1997 Boeing CMO year-end fleet forecasts for 2001, 2006, 2011 & 2016.

In 2012 CMO, Boeing offered figures of 2011 year-end fleet.

Fleet at year end 2011 according to Boeing 2012 CMO.

We can make a quick comparison:

Comparison of aircraft fleet at year-end 2011: 1997 forecast vs. actual (sources: Boeing CMO 1997 and 2012).

Some reflections:

  • The total fleet figure was missed only by 1%.
  • The single-aisle figure was missed only by 2%, though less larger single-aisle were acquired than expected.
  • Where the forecast is off mark is in both regional jets (underestimated) and twin-aisle, where there are almost 1,800 less aircraft in the current fleet than forecasted… another reason for Boeing to play down on A380 segment.

***

NOTE: Figures of current fleet from Boeing and Airbus differ. Some causes: Airbus does not include figures for regional jets, and definitions between large aircraft and twin-aisle vary from one company to the other. Other than that, figures for freighters are similar, 1,615 (A) vs. 1,740 (B), as they are for passenger single-aisles, 12,161 (A) vs 12,030 (B).

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Airbus vs. Boeing, comparison of market forecasts (2012)

Yesterday, John Leahy, Airbus COO Customers, unveiled at a press conference in London the new figures of the 2012-31 Airbus’ Global Market Forecast (GMF, PDF 5.6MB).

The last two years, I already published comparisons of both Airbus’ and Boeing’s forecasts (Current Market Outlook, CMO, PDF 3.0MB). You can find below the update of such comparison with the latest released figures from both companies.

Comparison of Airbus GMF and Boeing CMO 2012-2031.

Some comments about the comparison:

  • Boeing sees demand for 14% more passenger aircraft (excluding regional a/c) with a 19% more value (including freighters).
  • Boeing continues to play down A380 niche potential (56% less a/c than Airbus’ GMF), though for second year in a row it has slightly increased its Very Large market forecast, this time by 20 a/c, or 3.5%.
  • On the other hand, Boeing forecasts about 200 twin-aisle and 4,200 single-aisle more than Airbus, clearly pointing to its point-to-point strategy versus the connecting mega-cities rationale presented by Airbus.
  • In terms of RPKs (“revenue passenger kilometer”), that is, the number of paying passenger by the distance they are transported, they see a similar future: Airbus forecasts for 2031 ~12.8 RPKs (in trillion) (a ~4% increase vs last year GMF) while Boeing forecasts 13.8 (also increased about 3%).

The main changes from last year’s forecasts are:

  • Both manufacturers have increased their passenger aircraft forecast in about 500 a/c, less dramatically than last year’s change.
    • In the case of Airbus it has increased the single aisle segment, probably reflecting the success of the A320neo launch.
    • In the case of Boeing, they decreased both single aisle (130 a/c) and small twin aisle (300 a/c), but increased the intermediate twin-aisle in 900 a/c… selling internally a new version of the 777?
  • Both manufacturers have increased the value of RPKs in 2031.
  • Both manufacturers have increased the volume (trn$) of the market in this 20 years, 12% Airbus (to 3.7trn$) and 10% Boeing (to 4.4trn$).

Some catchy lines for those who have never seen these type of forecasts:

  • Passenger world traffic (RPK) will continue to grow about 4.7% per year (5.0% according to Boeing). This is, doubling every ~15-20 years.
  • Today there are about 15,500 passenger aircraft around the world, this number will more than double in the next 20 years to above 32,500 a/c in 2031.
  • The A380 market equation: Urbanisation + Mega-cities + Wealth = VLAs (Very Large Aircraft, i.e. A380 and B747).
  • Emissions of aviation industry amount to 2% of man-made CO2 emissions.
  • Centre of gravity of world travel will have moved from the Atlantic Ocean (in 1971) to the Middle East (2031).
  • A key driver here is the propensity to fly of the people as the economies of their countries grow. This is captured well by the graphic below, a classic in the industry. This time, Airbus mentioned in the GMF that it has carried out a survey during summer asking 10,000 people around the world whether they expected to fly more in the future. This was true especially in China and India.

Trips per capita vs. GDP per capita (source: Airbus GMF).

Again, I strongly recommend both documents (GMF and CMO) which, differences apart, provide a wealth of information of market dynamics. The complete book from Airbus will be published online next week according to Chris Emerson (SVP for Future Programmes & Market Strategy).

In case you find it tough, to read those kind of booklets, you may take a look at the video of the press conference, a great class on global economy, world aviation, forecasting, trend spotting…

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Flying to Corsica (3/3)

This post is the third one of a series describing our flight from Toulouse-Lasbordes to Corsica and back. I recommend to read beforehand the first and second posts of the series.

I dedicated a single post to cover each of the 2 flights that took us to Propriano airfield. I will include in this single post some comments and pictures corresponding to the 3 flights that we needed on the way back to Toulouse.

Flight 3 (Asier at the controls): Propriano – Bonifacio – Porto Vecchio – Figari

This first flight had 2 purposes: to go to another airport in Corsica where we could refuel the aircraft (Propriano did not have gas station) and to perform a sight-seeing flight around the island. If the weather had permitted it, Jean Louis would have taken us over the mountains. The weather did not permit so, thus we flew over the coast.

Leaving Propriano.

“Torra di Campomoru” at Calanova.

Quiet beach south of Tralicetu.

Far sight of the commercial airport of Figari.

Approaching Bonifacio.

I have many other beautiful pictures of Bonifacio, but I believe I will soon write a post entirely dedicated to it. So I can give you a view of the city from the land, air and sea.

Southernmost point of Corsica.

Villas at Sperono.

Flight 4 (Asier at the controls): Figari – Propriano – Ajaccio – Saint Tropez – Avignon – Alès

Having refueled the aircraft at Figari, we commenced our return flight to mainland France, by first bordering again Corsican coast.

Propriano airfield.

Ajaccio port.

Some hours later…

Pope’s palace in Avignon.

Rhone river at Avignon.

Alès.

Flight 5 (Javier at the controls): Alès -  Millau – Montpellier – Béziers – Carcassone – Toulouse Lasbordes

Our original plan was to fly over Millau to see its viaduct (you may see a picture of it in this post about the 100km of Millau). However the weather was quite bad in the mountains between Alès and Millau and we had to change on the spot our plans. Luckily I was flying with Jean Louis who helped me in the preparation of the new route and in buying some time while he was taking the controls.

Change of plans due to the bad weather in the mountains, heading south to the coastline, re-calculating the route.

Avoiding further problems ahead (close to Sète).

Mission accomplished :-) .

I guess that after seeing these 3 posts you may appreciate the beauty of learning to fly.

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Flying to Corsica (2/3)

This post is a continuation to a previous post in which I described the first leg of our flight from Toulouse-Lasbordes to Corsica. If you haven’t yet taken a look at that one, I would recommend you to do so, as you would miss basic information and dozens of beautiful pictures of the French Mediterranean coast.

In the previous post I included images up until Cuers. There we refueled the aircraft and I took the controls of the aircraft, with Jean Louis (Asier‘s flight instructor) always by our side. This time Asier took the pictures.

Flight 2 (Javier at the controls): Cuers – Saint Tropez – Corsica – Sanguinary islands – Ajaccio – Propriano

Some curiosities about flying over the sea:

  • the distinction in the horizon between “land” and sky wasn’t very clear thus it was very important to pay attention to the instruments in order not to lose references and keep a horizontal straight trajectory;
  • as we progressed we always tried to spot ships down in the sea so in case of accident we would try to reach as close as possible to them, Jean Louis would do a water landing and we could be easily rescued;
  • we needed to increase altitude up to flight level FL55 (5,500 feet -~1,700m- vs. about 700ft that we held at some times of the first flight along the coast) so we could keep receiving the signals from VOR on ground at the coasts.

First sight of Corsica: Piana.

Flying around the Corsican coastline: Cargèse.

Notice Jean Louis (the instructor) with the life vest on.

Cemetery of Ajaccio, looking like a village.

Jean Louis & me, at Propriano airfield.

The aircraft, a DR-44, put to rest for the weekend at the airfield.

Since we are normally flying within continental France we are not required to produce a flight plan for the air traffic control. This time as we wanted to cross over the sea to Corsica it was required to do so. Thus, this was the first time we prepared one (another learning point!).

“Olivia”, French site where to file a flight plan.

One remark: it is incredible how much eases the communication with air traffic controllers having sent the flight plan beforehand, as they expect you and they know beforehand more or less the information you are going to provide.

And so we made it! We flew from Toulouse to Corsica :-)

It took us about 4h30′ of flying time (both flights combined). You may check the Garmin records of the first and second flights by clicking on the links, and the route we followed in this second flight in the picture below:

Even though I have mentioned above that we had planned for the contingency of having to water-land in the sea, the fact that the trajectory in the Garmin records stops at half way through Corsica in the middle of the sea does not mean that we indeed carried out such maneuver. Explanation: since we flew so many kilometers as compared to running (the normal use I give to the device), the memory of the GPS reached its maximum as it recorded one “lap” for every kilometer…

(to be continued…)

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Flying to Corsica (1/3)

About 3 months ago, my colleague Asier and I went together with his instructor, Jean Louis, to Corsica for a weekend fly out, an activity of our club the Airbus’ Aviation Society.

The experience was terrific in several ways. I learnt a lot about flying and navigation the days prior to the fly out and during the trip. The views along the way by southern coastal France were superb. We enjoyed good weather despite of what had been announced and even found time to do some tourism and trekking in the island. But let’s go back to the flight.

On the way to Corsica, we made one stop at Cuers to refuel the aircraft and change pilot. Asier would start from Toulouse and I would continue to Corsica. On the way back, Asier would fly over the sea all the way to Alès and I would fly over Millau on the way to Toulouse.

I’ll try to be brief with the explanations and generous with the pictures to give you a flavour of how the French Mediterranean coast looks like. Because of the number of pitures I want to share, I will distribute them in 3 different blog posts, starting with this one dedicated to the first flight.

Flight 1 (Asier at the controls): Toulouse Lasbordes – Carcassone – Narbonne – Sète – Montpellier – Saintes Maries de la Mer – Fos-sur-Mer – Marseille – Cassis – Le Castellet – Toulon – Cuers

I encourage you to take a look at a map of France coast at the same time you are watching the pictures and try to identify the places (you may see the route at the bottom of the post as recorded by my Garmin).

See the life vests (yellow bags) at hand in case of emergency ready at hand. Jean Louis would have his vest always on. In case of emergency he would take the control buying us time to get ours on.

Carcassone from the North.

Narbonne from the North.

Coastline at Cape de Adge.

Peninsula at Étand de Thau.

Seafood plantation at Étand de Thau.

Ville de Sète.

Frontignan.

The touristic village “La grande Motte” built in the ‘60s and ‘70s with its characteristic architecture with forms resembling pyramids.

The intricate Port-Camargue, one of the first “pleasure ports” in Europe, also from the ‘60s.

Closed ponds at the mouth of the Rhone.

Bull fighting arena at Saintes Maries de la Mer.

Sands at Lagunes de Beauduc (with its non-paved driveway).

Lighthouse at Lagunes de Beauduc.

Colourful salt flats at Salins du Giraud.

Ships departing from the industrial hub Fos-sur-Mer.

Marseille and “Les Îles”.

Les Goudes and “Les Îles” (past Marseille).

Natural reservation of the “Île de Riou“.

Ideal and quiet spot at Calanque de Sormiu.

Former F1 “Paul Ricard” racing circuit and aerodrome at Le Castellet.

Military port at Toulon (an aircraft carrier can be seen).

Asier after having flown 2h30′ hours posing side by side our Robin DR-44.

You may check the Garmin records of this first flight by clicking on the link and the route we followed in the picture below:

(to be continued…)

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Flight destination: Corsica

I often use a version of Eleanor Rooselvet‘s famous quote “do one thing that scares you everyday“. It’s not that I try to do something that scares me, but something which either brings me out of the comfort zone or that I simply would tend to procrastinate.

Today’s scary thing is flying together with my friend Asier and his flight instructor, Jean-Louis, to Corsica. Prior to taking the decision of joining this “adventure” about 2 months ago, I had barely made 10 flights amounting to less than 8 flight hours… in the last week I was learning with my instructor, Thierry, the basics of flight navigation, the use of charts in flight, the use of VOR, etc., in order to profit the most from this experience. It definitely feels less scary now. And then, I’ll always have Jean-Louis by my side at the time of piloting the airplane. I’m happy to be stretching the comfort zone.

In the previous days I also learnt a lot with Asier on how to plan the route, noting headings, altitudes, radio frequencies, air spaces, aerodromes, etc.

Planning the flight to Corsica.

The head of the MBA I studied in Seville used to describe it as a “experiences accelerator”; in the context of flying this trip to Corsica (a group activity of the Airbus Aviation Society I belong to) really feels like such an experience accelerator.

If everything goes well, we’ll be in Propriano (LFKO) before 15:00. Then we could have one or two days of visiting the island, either by car… or by plane. Ajaccio, where Napoleon was born; Bonifacio; the dolmens close to Ajaccio… I’ll keep you updated when we’re back :-) .

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