This article is an overview of early flying machines and aviation research, and an analysis of the debates over early flying machines. The goal is to examine the properties of flying machines, and to list the claims to allow a proper analysis of all the early flying machines. The story of flight begins more than a century before the 1903 Wright Flyer, and goes on some decades with rotorcraft.
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Most 'inventions' are the result of a series of technological advances, and the relative importance of the various contibutions made by different people is often a cause for debate. An obvious example is the relative importance of Newcomen and Watts in the development of the steam engine. Like many inventions the production of a practical aircraft was the result of a long process of thought and experiment by a series of people, but culminated in a pivotal design. Following this pivotal design, development continues but with the benefit of some new breakthrough or a slightly new direction. Who receives the credit for a specific achievement can be difficult to decide in some cases due to the nature of what was developed, the definition of the award, and veracity of claims. Often things are independently invented by different people.
Sources are often lacking or little more than hearsay, and patriotism or personal interests often colours opinion. Early flying machines, such those that predated the development of practical photography are often doubted for lack of proof. Re-creations or claims made long after events can add confusion to even the more straightforward cases. The number and quality of witnesses is also often analyzed. Various governments and other organisations will often only give some claims a 'official' approval in attempt to elevate one attempt over another, usually in the interest of a national or cultural pride, or in order to set themselves up as technical and historical authority figures. A great deal of disinformation and revisions can take place as well with some claims, both from individuals and governments, to adjust the level of importance of some respective claims.
More general titles like 'father of aviation' add another layer of complexity by implying a societal effect and an effect on other machines. Many titles given to various claims vary from country to country, and indeed among various references and encyclopedias - that all use different criteria when considering the validity of a claim, the meaning of the title used, and all the other issues mentioned above. Various advances are presented here, mostly prototype machines and also some important pieces of literature.
Since claims are event based, the possibiliy of a claim is in theory verifiable by attempting a recreation of the event, but proving something is possible is not the same as proving it happened, and generally such recreations are of dubious authenticity. Regardless, a success or a failure can weigh heavily in analysis of claims regarding a particular flying machine.
Many arguments about early flying machines come down to the exact definition of a "flying machine", or "a flight". A "Flying machine" could be defined as in Collins English Dictionary : (an aircraft is) "any machine capable of flying by means of buoyancy or aerodynamic forces, such as a glider, helicopter, or aeroplane".
Literature, Designs only:
Designer/maker | Nationality | Title or specialty | Year | Status/Description |
---|---|---|---|---|
Roger Bacon | British | Secrets of Art and Nature | c. 1250 | ornithopter design |
Leonardo da Vinci | Italian | The Ornithopter | c. 1490 | design, literature |
Emanuel Swedenborg | Swedish | Flying Machine | 1714 | design, literature |
Sir George Cayley | British | On Aerial Navigation | 1809–1810 | Technical literature. This work laid the ground rules for all later aircraft |
Le Comte Ferdinand Charles Honore Phillipe d'Esterno | On The Flight Of Birds (Du Vol des Oiseaux) | 1864 | technical literature | |
Louis Pierre Mouillard | French | The Empire Of The Air (L'Empire de L'Air) | 1865 | literature |
Otto Lilienthal | German | Birdflight as the Basis of Aviation (Der Vogelflug als Grundlage der Fliegekunst) | 1889 | literature |
James Means | American | The Problem of Manflight, Aeronautical Annual | 1894–1897 | literature |
Octave Chanute | American (born in France) | Progress in Flying Machines | 1894 | His technical articles collected in a book |
Wilbur Wright | American | Some Aeronautical Experiments | 1901 | Published speech to Western Society of Engineers, Chicago |
Martin Wiberg | Swedish | "Luftmaskin" | 1903 | Received a patent for a design powered by a liquid fuel rocket |
Note overlapping years in several cases, so all items in this list may not be in strict chronological order.
Designer/Maker | Nationality | Machine name/description | Year | Claimed | Achieved |
---|---|---|---|---|---|
John Childs | American | "Feathered glider" | 1757 | Three successful flights in two days | Reports suggest that this was a fairground trick, involving sliding down a tethered rope. He had claimed to have performed the same stunt many times earlier in Europe |
William Samuel Henson | British | Aerial Steam Carriage, "modern"-looking monoplane with "cabin", tail and twin pusher propellers | 1842 | Models only, publicity illustrations | |
John Stringfellow | British | The Stringfellow Machines | 1848, 1868 | Indoor flights by fixed-wing steam-powered models | |
Sir George Cayley | British | "Governable Parachute" | 1849–1853 | Child- and man-carrying glides, both towed and free-flying | |
Rufus Porter | American | The New York to California Aerial Transport | 1849 | Uncompleted steam-powered dirigible | |
Jean Marie Le Bris | French | The Artificial Albatross | 1857, 1867 | Towed gliding flight | |
Felix and Louis du Temple de la Croix | French | Du Temple Monoplane, aluminum construction, steam-powered | 1857–1877 | Powered manned hop from ramp | |
James William Butler, Edmund Edwards | The Steam-Jet Dart | 1865 | |||
Francis Herbert Wenham | British | "Aerial Locomotion" (academic paper) | 1866 | Patented superposed wing design (biplane, mulitplane); invented wind tunnel | |
Jan Wnęk | Polish | glider | 1866–1869 | Controlled flights from local church tower | |
Frederick Marriott | Marriott flying machines | 1869 | |||
Alphonse Pénaud | French | Planophore, Pénaud Toy Helicopter | 1871 | Rubber-powered fixed-wing and helicopter models | |
Thomas Moy | British | Moy Aerial Steamer, tandem wings, 120 lb (55 kg), 15 ft (4.6 m) wingspan, 3 horsepower, twin fan-type propellers | 1875 | Lifted 6 inches (0.15 m) from ground at London Crystal Palace | |
Enrico Forlanini | Italian | Demonstration in Milan, Helicopter, unmanned, steam-powered. | 1877 | rose to 13 meters (40 feet) for 20 s duration: first heavier than air self-powered machine to fly | |
Thomas Moy | as above | The Military Kite | 1879 | ||
Charles F. Ritchel | American | Ritchel Hand-powered Airship | 1878 | ||
Victor Tatin | French | Tatin flying machines | 1879 | ||
J. B. Biot | French | The Biot Kite | 1880 | ||
Alexandre Goupil | French | Goupi Monoplane, La Locomotion Aerienne | 1883 | ||
John Joseph Montgomery | American | Montgomery monoplane, Tandem-wing Gliders | 1883–1911 | A pre-1900 foot-launched manned glide; balloon-launched after 1900 | |
Aleksandr Fyodorovich Mozhaiski | Russian | Mozhaiski Monoplane, multi-engine, steam | 1884 | Powered manned hop from ramp | |
Massia and Biot | Massia-Biot Glider | 1887 | |||
Pichancourt | Mechanical Birds | 1889 | |||
Lawrence Hargrave | British immigrant to Australia | Hargave flying machines and Box Kites | 1889–1893 | influential designs | |
Clément Ader | French | Eole, Avion, bat-wing, steam-driven | 1890–1897 | Manned, powered hops from level surface | |
Chuhachi Ninomiya | Japanese | The Tamamushi (model) | 1891 | ||
Otto Lilienthal | German | Bat-wing hang gliders, mono- and biplane | 1891–1896 | 2,000 manned glides, dozens photographed | |
Horatio Frederick Phillips | British | Multiplanes | 1893–1907 | Multiple-wing test machines; successful flights in 1904 (50 feet) and 1907 (500 feet) | |
Hiram Stevens Maxim | British (born in America) | Maxim Biplane, a behemoth machine: 145 ft (44.2 m) long, 3.5 tons, 110 ft (33.5 m) wingspan, two 180 hp steam engines driving two propellers. | 1894 | Broke from restraining rail and made uncontrolled manned flight. Total flying distance, 1,000 ft (305 m) while restrained, 924 ft (282 m) free flight. Total 1,924 ft (586 m) | |
Pablo Suarez | The Suarez Glider | 1895 | |||
Percy Sinclair Pilcher | British | Bat, Beetle, Hawk bat-wing hang gliders | 1896–1899 | Manned glides; fatal crash before planned public test of powered triplane; modern replica flown | |
Octave Chanute and Augustus Herring | American (Chanute born in France) | Hang gliders, "modern" biplane wing design | 1896 | Manned glides | |
William Paul Butusov, with Chanute group | Russian immigrant to U.S. | Albatross Soaring Machine | 1896 | unmanned unpowered uncontrolled hop from ramp | |
Samuel Pierpont Langley | American | Langley Aerodrome, Tandem wings, unmanned, steam-powered. | 1896 | 5,000 ft. (1.7 km), photographed | |
William Frost | Welsh | Frost Airship Glider | 1896 | Manned, 500 meters, possibly with balloon assist | |
Carl Rickard Nyberg | Swedish | Flugan | 1897 and on | Hops | |
Edson Fessenden Gallaudet | American | Gallaudet Wing Warping Kite | 1898 | ||
Lyman Wiswell Gilmore, Jr. | American | Gilmore Monoplane, steam driven | 1898 | Too little info | |
Gustave Whitehead | German (Emigrated to U.S.) | Monoplane with pilot and passenger, steam powered | 1899 | Flew 500 m, crash | |
Wilhelm Kress | Austrian | Kress Waterborne Aeroplane | 1901 | Long hops | |
Gustave Whitehead | as above | Whitehead Albatross, glider | 1901 | ||
Gustave Whitehead | as above | No. 21, bat-wing, 20 hp motor, twin tractor propellers | 1901 | 800 m, 4 flights, body shifting control | Modern replica successfully flown |
Gustave Whitehead | as above | No. 22, 40 hp motor, twin tractor propellers | 1902 | Flew 10 km circle; control by variable propeller speed and "rudder" | |
Richard William Pearse | New Zealand | Pearse Monoplane | 1903 | 150 m, believed controllable but unstable -numerous witnesses | |
Karl Jatho | German | The Jatho Biplane | 1903 | . | 70 m powered hop, unstable |
Wright Brothers | American | Wright Flyer, level launch rail, headwind for sufficient airspeed | 1903 | . | Four flights, longest 852 feet (260 m), 59 s, controlled |
Guido Dinelli | Dinelli Glider, Aereoplano | 1903 | 70 m, no motor | ||
Wilbur Wright | American | Wright Flyer III, catapult launch | 1905 | 24 miles (39 km), circling, max height about 50 feet (15.2 m) | |
Louis Blériot, Gabriel Voisin | French | Blériot-Voisin floatplane glider, Blériot-Voison biplane | 1905 | Towed up, 600 m | |
Alberto Santos-Dumont | Brazilian living in France | 14-bis, Hargrave-style box-cell wings, sharp dihedral, pusher propeller, internal combustion. (Demoiselle in 1909, tractor monoplane with wing-warping) | 1906 | Controlled, rose off flat ground with no external assistance, 200 meters, 21 s, first official European flight | |
Jacob Ellehammer | Danish | Monoplane, helicopter | 1906, 1912 | Tethered powered fixed-wing flight | |
Traian Vuia | Romanian, flight experiments in France | Vuia I, Vuia II monoplanes, Carbonic acid engine on Vuia I, internal combustion engine on Vuia II | 1906–1907 | Powered manned hops | |
Glenn H. Curtiss and A.E.A. | American | June Bug, biplane with wingtip ailerons | 1908 | First official 1 km U.S. flight | |
Louis Blériot | French | Blériot XI monoplane, tractor propeller | 1909 | Crossed the English Channel, France to Britain, 23 miles (37 km) | |
Aerial Experiment Association (A.E.A) | American | Silver Dart | 1909 | First controlled powered flight in Canada | |
Edvard Rusjan | Slovenian | EDA 1 | 1909 | ||
Ivan Sarić | Croatian | Sarić 1 | 1910 | ||
Duigan Brothers, John and Reginald | Australian | Duigan Pusher Biplane | 1910 |
Inventor | Accomplishment or Claim | Year |
---|---|---|
Zhuge Liang | Kongming lantern, first hot air balloon | 2nd or 3rd century |
'Abbas Ibn Firnas | Single flight of manned ornithopter; ended in crash and injury. | 875[16][17] |
Eilmer of Malmesbury | Single flight of manned glider. | 1010 |
Unknown Chinese | Manned kites are common. Reported by Marco Polo | 1290 |
Lagari Hasan Çelebi | First manned rocket flight | 1633 |
Bartolomeu de Gusmão | First lighter-than-air airship flight | 1709 |
John Childs | Unnamed flying device, flew 700m three times over two days. Documentation suggests that he glided down along a 700m rope and landed where the rope was fixed to the ground. | 1757 |
Montgolfier brothers | Modern hot air balloon | 1783 |
Diego Marín Aguilera | Single flight of manned-glider-wings | 1793 |
William Samuel Henson | Aerial Steam Carriage, flight of model | 1842 |
John Stringfellow | Stringfellow Machines | 1848, 1868 |
Henri Giffard | Non-rigid airship, hydrogen filled envelope for lift, powered by steam engine | 1852 |
Sir George Cayley | Cayley Glider, flight of manned glider. Investigating many theoretical aspects of flight. Many now acknowledge him as the first aeronautical engineer. | 1853 |
Rufus Porter | New York to California Aerial Transport, an early attempt at an airline | 1849 |
Jean Marie Le Bris | Artificial Albatross | 1857, 1867 |
Félix du Temple de la Croix | Monoplane (1874) Maybe first powered manned fixed-wing flight, a short hop, from a downward ramp. | 1857–1877 |
James William Butler and Edmund Edwards | Steam-Jet Dart Patented a prophetic design, that of a delta-winged jet-propelled aircraft, derived from a folded paper plane. | 1865 |
Francis Herbert Wenham | Wenham's Aerial Locomotion | 1866 |
Jan Wnęk | Loty glider, many flights | 1866 |
Frederick Marriott | Marriott flying machines, as well as an attempt at an early airline | 1869 |
Alphonse Pénaud | Planophore, Pénaud Toy Helicopter | 1871 |
Thomas Moy | Moy Aerial Steamer, | 1875 |
Thomas Moy | The Military Kite | 1879 |
Charles F. Ritchel | Ritchel Hand-powered Airship | 1878 |
Victor Tatin | Tatin flying machines | 1879 |
Massia and Biot | Massia-Biot Glider | 1879? 1887? |
Alexandre Goupil | Goupi Monoplane, La Locomotion Aerienne | 1883 |
John J. Montgomery | Montgomery Monoplane and Tandem-Wing Gliders | 1883–1911 |
Aleksandr Fyodorovich Mozhaiski | Mozhaiski Monoplane | 1884 |
Charles Renard|Arthur Constantin Krebs | The first fully controllable free-flight was made with the La France | 1884 |
Pichancourt | Mechanical Birds | 1889 |
Lawrence Hargrave | Hargrave flying machines and Box kites | 1889–1893 |
Clément Ader | Éole, Avion, short, manned and powered, flights | 1890–1897 |
Chuhachi Ninomiya | Karasu model, Tamamushi model | 1891 ,1895 |
Otto Lilienthal | Derwitzer Glider, Normal soaring apparatus and others, many flights | 1891–1896 |
Horatio Phillips | Phillips 1893 Flying Machine, Phillips 1907 Multiplane | 1893, 1906 |
Hiram Stevens Maxim | Maxim Biplane | 1894 |
Pablo Suarez | Suarez Glider | 1895 |
Octave Chanute and Augustus Herring | Chanute and Herring Gliding Machines | 1896 |
William Paul Butusov | Albatross Soaring Machine | 1896 |
William Frost | Frost Airship Glider | 1896 |
Percy Sinclair Pilcher | Pilcher Hawk Based on the work of his mentor Otto Lilienthal, in 1897 Pilcher built a glider called The Hawk with which he broke the world distance record when he flew 250 m (820 ft) | 1897 |
Samuel Pierpont Langley | Langley Aerodromes | 1896–1903 |
Carl Rickard Nyberg | Flugan, very short manned flight | 1897 |
Edson Fessenden Gallaudet | Gallaudet Wing Warping Kite | 1898 |
Gustave Whitehead | A purported steam engine powered, 500-1000m flight, ending in collision with a three-story house, according to affidavit 37 years later by Louis Darvarich, self-described passenger.[18][19][20][21] | 1899 |
Count Ferdinand von Zeppelin | Zeppelin airship LZ 1. The first Zeppelin flight occurred on July 2, 1900 over the Bodensee, lasted 18 minutes. The second and third flights were in October 1900 and October 24, 1900 respectively, beating the 6 m/s velocity record of the French airship La France by 3 m/s. | 1900 |
Wilhelm Kress | Kress Waterborne Aeroplane hops | 1901 |
Gustave Whitehead | A newspaper reported a manned, powered, controlled 800m flight. Whitehead claimed four flights on the same day in the aircraft, designated Number 21.[22] | 1901 |
Alberto Santos-Dumont | Santos-Dumont gained fame by designing, building, and flying dirigibles. On 19 October 1901, he won the Deutsch de la Meurthe prize of 100,000 francs by taking off from Saint-Cloud, flying his steerable balloon around the Eiffel Tower, and returning. | 1901 |
Gustave Whitehead | He claimed a manned, powered, controlled 10 km flight, a circle over Long Island Sound, one of two flights the same day, landing in the water twice without damage to the plane, designated Number 22.[23] | 1902 |
Lyman Gilmore | Gilmore Monoplane Built a steam-powered airplane and claimed that he flew it on May 15, 1902. | 1902 |
Richard William Pearse | Pearse Monoplane. First flight March 31, 1902 Waitohi, New Zealand. Evidence exists that on 31 March 1903 Pearse made a powered, though poorly controlled, flight of several hundred metres and crashed into a hedge at the end of the field. The aircraft had a tricycle type landing gear and primitive ailerons.[24] | 1903–1904 |
Wright brothers | Completed development of the three-axis control system with the incorporation of a movable rudder connected to the wing warping control on their 1902 Glider. They subsequently made several fully controlled heavier than air gliding flights, including one of 622.5 ft (189.7 m) in 26 seconds. | 1902 |
Karl Jatho | Jatho Biplane 10 hp 70m hops | 1903 |
Guido Dinelli | Dinelli Glider, Aereoplano | 1903, 1904 |
Wright brothers | Wright Flyer I, Successful, manned, powered, controlled and sustained flight, 259m, in 59 seconds, according to the Federation Aeronautique International and Smithsonian Institution. Preceded by three other flights, each less than 200 feet. | 1903 |
Ferdinand Ferber and Gabriel Voisin | Archdeacon glider | 1904 |
Wright Brothers | Wright Flyer III Wilbur Wright pilots a flight of 24 miles (39 km) in nearly 39 minutes on Oct. 5, a world record that stood until Orville Wright surpassed it in 1908. | 1905 |
Louis Blériot and Gabriel Voisin | Blériot-Voison floatplane glider, biplane | 1905 |
Traian Vuia | Vuia I, Vuia II, Several short powered flights. August 1906, 24m flight. July 5, 1907, Flew 20m. and crashed. | 1906–1907 |
Jacob Ellehammer | Ellehammer monoplane September 12, 1906 became the second European to fly an airplane (after Traian Vuia). He made over 200 flights in the next two years using many different machines. No distance data found. | 1906–1907 |
Alberto Santos-Dumont | First official European flight on 23 October 1906 in aircraft designated 14-bis or Oiseau de proie ("bird of prey"). On 12 November 1906, he flew the 14-bis 220 metres in 21.5 seconds. He won the Archdeacon Prize founded by the Frenchman Ernest Archdeacon in July 1906, to be awarded to the first aviator to demonstrate a flight of more than 25 m. | 1906 |
Glenn H. Curtiss | AEA June Bug First official U.S. flight exceeding 1 kilometer (5,360 ft (1,630 m). | 1908 |
Louis Blériot | Blériot V, Blériot XI On July 25, 1909 Louis Blériot successfully crossed the Channel from Calais to Dover in 36.5 minutes, 35 km | 1909 |
Aerial Experiment Association (AEA) | Silver Dart on 10 March 1909, McCurdy flew the aircraft on a circular course over a distance of more than 35 km (20 mi). | 1909 |
Aurel Vlaicu | Vlaicu 1909, Vlaicu I, Vlaicu II, Vlaicu III | 1909–1910 |
Henri Fabre | Le Canard, First seaplane. | 1910 |
Duigan Brothers | Duigan Pusher Biplane | 1910 |
John William Dunne | With the Dunne D.5 tailless Biplane, the fifth in a series of tailless swept-wing designs, Dunne was among the first to achieved natural stability in flight in the same year. | 1910. |
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