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Octave Chanute

Octave Chanute
Born (1832-02-18)18 February 1832
Paris, France
Died 23 November 1910(1910-11-23) (aged 78)
Chicago, Illinois
Resting place Springdale Cemetery, Peoria, Illinois
Residence Chicago, Illinois[1]
Nationality United States
Ethnicity French
Citizenship American[1]
Occupation Civil Engineer, railway engineer and bridge designer, Aviation pioneer

Octave Chanute (February 18, 1832, Paris – November 23, 1910, Chicago, Illinois) was an American[1] civil engineer and aviation pioneer, born in France. He provided many budding enthusiasts, including the Wright brothers with help and advice, and helped to publicize their flying experiments. At his death he was hailed as the father of aviation and the heavier-than-air flying machine.[2]


  • Biography 1
    • Civil Engineer (Railroads) 1.1
    • Pioneer in Wood Preservation 1.2
    • Aviation pioneer 1.3
  • Death 2
  • Commemoration 3
  • Patents 4
  • Timeline 5
  • See also 6
  • References 7
  • Bibliography 8
  • External links 9


Octave Chanute was the son of Joseph Chanute, professor at the Collège de France, and emigrated with his father to the United States of America in 1838, when the former was named Vice-President at Jefferson College in Louisiana. Octave attended private schools in New York.

Civil Engineer (Railroads)

Hannibal Bridge from 1908 postcard

Octave Chanute began his training as a budding civil engineer in 1848.

He was widely considered brilliant and innovative in the engineering profession. During his career he designed and constructed the United States‍ '​ two biggest stock yards, Portageville, New York (now in Letchworth State Park), the bridge across the Missouri River at Sibley, Missouri, across the Mississippi River at Fort Madison, Iowa, and the Kinzua Bridge in Pennsylvania.

Pioneer in Wood Preservation

Chanute also established a procedure for pressure-treating wooden railroad ties with an antiseptic that increased the wood’s lifespan in the tracks. Establishing the first commercial plants, he convinced railroad men that it was commercially feasible to make money by spending money on treating ties to conserve natural resources. As a way to track the age and longevity of railroad ties and other wooden structures, he also introduced the railroad date nail in the United States.

Chanute retired from the Erie Railway in 1883 to become an independent engineering consultant.

Aviation pioneer

Chanute and his 1896 biplane hang glider, a trailblazing design adapted by the Wright brothers[3]
A twelve-winged glider of Chanute's design, prepared for launch from the dunes of Miller Beach in 1896.
William Avery at the St. Louis World's Fair in 1904, about to launch a glider designed by Chanute.

Chanute first became interested in aviation watching a balloon take off in Peoria, IL, in 1856. When he retired from his railroad career in 1883, he decided to devote some leisure time to furthering the new science of aviation. Applying his engineering background, Chanute collected all available data from flight experimenters around the world and combined it with the knowledge gathered as a civil engineer in the past. He published his findings in a series of articles in The Railroad and Engineering Journal from 1891 to 1893, which were then re-published in the influential book Progress in Flying Machines in 1894.[5] This was the most systematic global survey of fixed-wing heavier-than-air aviation research published up to that time.

At the World's Columbian Exposition in Chicago in 1893, Chanute organized in collaboration with Albert Zahm a highly successful International Conference on Aerial Navigation.

Chanute was too old to fly himself, so he partnered with younger experimenters, including Augustus M. Herring and William Avery. In 1896 Chanute, Herring, and Avery tested a design based on the work of German aviation pioneer Otto Lilienthal, as well as hang gliders of their own design in the dunes along the shore of Lake Michigan near the town of Miller Beach, Indiana, just east of what became the city of Gary.[2] These experiments convinced Chanute that the best way to achieve extra lift without a prohibitive increase in weight was to stack several wings one above the other, an idea proposed by the British engineer Francis Wenham in 1866 and realized in flight by Lilienthal in the 1890s. Chanute introduced the "strut-wire" braced wing structure that would be used in powered biplanes of the future, not seriously challenged until the pioneering efforts of Hugo Junkers to develop all-metal cantilever airframe technology without external bracing from 1915 onwards. Chanute based his "interplane strut" concept on the Pratt truss, which was familiar to him from his bridge-building work. The Wright brothers based their glider designs on the Chanute "double-decker," as they called it. A new design of a biplane glider was developed and flown in 1897.

Chanute corresponded with many aviation pioneers, including Otto Lilienthal, Louis Mouillard, Gabriel Voisin, John J. Montgomery, Louis Blériot, Ferdinand Ferber, Lawrence Hargrave, and Alberto Santos Dumont. In 1897 he started a correspondence with British aviator Percy Pilcher. Following Chanute‍ '​s ideas, Pilcher built a triplane, but he was killed in a glider crash in October 1899 before he could attempt to fly it.

Chanute was in contact with the Wright brothers starting in 1900, when Wilbur wrote to him after reading Progress in Flying Machines. Chanute helped to publicize the Wright brothers‍ '​ work, and provided consistent encouragement, visiting their camp near Kitty Hawk, North Carolina, in 1901, 1902, and 1903. The Wrights and Chanute exchanged hundreds of letters between 1900 and 1910.[6]

Chanute freely shared his knowledge about aviation with anyone who was interested and expected others to do the same, although he did encourage colleagues to patent their inventions. His open approach led to friction with the Wright brothers, who believed their ideas about aircraft control were unique and refused to share them. Chanute did not believe that the Wright flying machine patent, premised on wing warping, could be enforced and said so publicly, including a newspaper interview in which he said, "I admire the Wrights. I feel friendly toward them for the marvels they have achieved; but you can easily gauge how I feel concerning their attitude at present by the remark I made to Wilbur Wright recently. I told him I was sorry to see they were suing other experimenters and abstaining from entering the contests and competitions in which other men are brilliantly winning laurels. I told him that in my opinion they are wasting valuable time over lawsuits which they ought to concentrate in their work. Personally, I do not think that the courts will hold that the principle underlying the warping tips can be patented."[7] The friendship was still impaired when Chanute died, but Wilbur Wright took the opportunity to attend Chanute‍ '​s memorial service at the family's home. Wright wrote a eulogy which was read at the Aero Club meeting in January 1911.

When the Aero Club of Illinois was founded on February 10, 1910, Chanute served as its first president[8] until his death in November 1910.[9]


Octave Chanute, 1908

Chanute died on November 23, 1910, in Chicago, Illinois. He is buried in the James Family plot at Springdale Cemetery in Peoria, Illinois, with his wife, the former Annie Riddell James (June 3, 1834 - April 3, 1902), and daughter, Alice Chanute Boyd (December 24, 1859 - October 7, 1920).[10][11][12]


The town of Chanute, Kansas,[13] is named after Chanute, as is the former Chanute Air Force Base near Rantoul, Illinois, which was decommissioned in 1993. The former base, now turned to peacetime endeavors, includes the Octave Chanute Aerospace Museum, detailing the history of aviation and of Chanute Air Force base.

In 1902, the Western Society of Engineers began to present the Octave Chanute Award for papers of merit on engineering innovations. From 1939 to 2005, the American Institute of Aeronautics and Astronautics presented the Chanute Flight Award for an outstanding contribution made by a pilot or test personnel to the advancement of the art, science, and technology of aeronautics.

In 1996, the National Soaring Museum honored the 100th anniversary of the glider flying experiments in the sand dunes along Lake Michigan as National Landmark of Soaring No. 8.

Chanute is mentioned as one of the aviation pioneers in the Marc Blitzstein composition "The Airborne Symphony." Blitzstein writes in the "Ballad of History and Mythology": . . . Oh they tell of strings and springs and rubbers, And vertical revolving screws. Tell of aerial steamers, multiple gliders. There was Henson's aerostat, Cayley's model, Langley's drome and Penaud's bird, And Octave Chanute and Lilienthal and gliding Pilcher-- Oh Yes-- And safety valves, movable sides-- Oh yes-- Fore and Aft rudders, Water tube boilers-- Oh! Yes--

Embry-Riddle Aeronautical University, Daytona Beach, in Daytona Beach, Florida, has an off-campus residence hall, the Chanute Complex. for upper-class students.


U.S. patents
  • U.S. Patent 61,397, Rolling Track Irons
  • U.S. Patent 98,848, Dredging Machine (Octave Chanute & George S. Morrison)
  • U.S. Patent 430,068, Preserving timber structure
  • U.S. Patent 582,718, Soaring Machine
  • U.S. Patent 582,757, Means for Aerial Flight, Chanute filed the patent on behalf of Louis Mouillard, with one-half being assigned to Chanute.
  • U.S. Patent 606,187, Soaring Machine, William Paul Butusov, Chanute collaborated and paid for the patent process and was assigned one-half.
  • U.S. Patent 688,932, Process of Preserving Wood
  • U.S. Patent 834,658, Means for Aerial Flight (or glider launcher).
U.K. patents
  • 13372 (flying machine, c.1897)
  • 13373 (flying machine, c.1897)
  • 15221 (flying machine, c.1897)
Canadian patents
  • {34507}, Process of Preserving Wood Artificially against Decay


See also


  1. ^ a b c Crouch, T. D. (1981). A Dream of Wings: Americans and the Airplane, 1875-1905. New York:  
  2. ^ a b "The Death Of Octave Chanute". Popular Mechanics: 38. January 1911. 
  3. ^ "Some Aeronautical Experiments," published lecture by Wilbur Wright, 1901, in which he wrote: "we contrived a system consisting of two large surfaces on the Chanute double-deck plan"
  4. ^ , online at Mississippi State Univ.Progress in Flying MachinesConclusion of
  5. ^ Chanute, Octave. 1894, reprinted 1998. Progress in Flying Machines. Dover ISBN 0-486-29981-3
  6. ^ McFarland, Marvin W., editor. 1953, 2001. The Papers of Wilbur and Orville Wright, vols. I and II. McGraw-Hill.
  7. ^ Octave Chanute (1910-01-23). "Octave Chanute to Wilbur Wright, Dayton, Chicago, January 23, 1910". Retrieved 2011-02-12. 
  8. ^ Young, David M., "Chicago Aviation: An Illustrated History", Northern Illinois University Press, Dekalb, Illinois, 2003, Library of Congress card number 2002033803, ISBN 0-87580-311-3, page 54.
  9. ^ Young, David M., "Chicago Aviation: An Illustrated History", Northern Illinois University Press, Dekalb, Illinois, 2003, Library of Congress card number 2002033803, ISBN 0-87580-311-3, page 36.
  10. ^ Find-A-Grave Memorial: Octave Chanute (1832-1910)
  11. ^ Find-A-Grave Memorial: Annie R. Chanute (1834-1902)
  12. ^ Find-A-Grave Memorial: Alice Chanute Boyd (1859-1920)
  13. ^ Brackman, Barbara (1997). Kansas Trivia. Thomas Nelson Inc. p. 12. 


  • Text of Progress in Flying Machines
  • Progress in Flying Machines By Octave Chanute, Courier Dover Publications, reprint 1997 of 1894 original. At Google books.
  • World Book Encyclopedia
  • Flightobituary in 3 December 1910
  • Locomotive to Aeromotive – Octave Chanute and the Transportation Revolution, by Simine Short. University of Illinois Press (August 2011)

External links

  • Works by Octave Chanute at Project Gutenberg
  • Works by or about Octave Chanute at Internet Archive
  • Progress in Flying Machines
  • ( history, photos, paper model
  • A comprehensive look at Chanute's glider flying experiments in 1896 in northern Indiana
  • Flights Before the Wrights, Octave Chanute: aeronautical pioneer, engineer and teacher
  • Photo of Octave Chanute's grave
  • Locomotive to Aeromotive
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