John Crerar Library
Science Exhibits | Octave Chanute, November 2001- June 2002

Flights Before the Wrights

 

* this exhibit is no longer on display *

Getting off the Ground
Poster designed by Barbara Kern. Photo courtesy of the National Air and Space Museum, Smithsomnian Institute. Negative 1A-20359 84-10696.

Getting Off the Ground

“I've got it!' Conroy said Chanute cried repeatedly, jumping up and down in his jubilancy over the successful flight.
The Gary Post-Tribune, 11 July 1936.

 

 

 

 



BUILDING AND TESTING GLIDERS

Chanute hired Augustus Moore Herring, from New York City, to first build, then test and evaluate glider models. Herring had recently built a full-size Lilienthal-type glider and was quite successful with this machine. Chanute felt that there was enough expertise in Herring's glider to warrant meaningful experimentation. The models, using different wing shapes and structures, were test flown in New York and along Huron Street Beach in Chicago. One of the models, the "ladder-kite" is on display at the Museum of Science and Industry.

In addition to Herring, Chanute hired a local carpenter and electrician William Avery. Good progress was made and soon two flying machines were ready for testing and experimentation.



LILIENTHAL-TYPE MACHINE

On 22 June 1896, Chanute, his son Charles, partners Augustus Herring and William Avery and the two family dogs (Rags and Tatters), took flying equipment on the train to Miller Station, now an eastern suburb of Gary, IN. They then carried all equipment and gear two miles to the southern shore of Lake Michigan.

Here, Herring's rebuilt Lilienthal-type machine was tried first, "so that the known could be tested before passing to the unknown". It proved very difficult to balance in the air and "cranky." After a bad landing, the machine was discarded.



Lillienthal Soaring Machine, Chicago Record, 1896.
Chicago Record, 29 June 1896.

"Mr. Herring’s Flight with the improved Lillienthal Soaring Machine".



1896 Chanute multi-plane soaring machine
Courtesy of the Octave Chanute Papers, Manuscript Division, Library of Congress, Washington, D.C.

On display: 1896 Chanute multi-plane soaring machine, 6th form. This photo was taken June 1896 in the Dunes near Miller Beach, Gary, IN.


Octave Chanute's Aerocurve, Chicago Record, 1896.
Chicago Record, 28 September 1896.

"Octave Chanute’s Aerocurve being tested at Dune Park, Indiana".


Chanute Camp 1896
Courtesy of the Octave Chanute Papers, Manuscript Division, Library of Congress, Washington, D.C.

On display is a photo taken on September 1896 of the Chanute camp near Dune Park, Gary, IN. From left to right: unknown, Augustus Moore Herring, Octave Chanute, Henry S. Bunting (Chicago Tribune reporter), William Paul Butusov, two more Chicago newspaper reporters (possibly Mr. Manley-Chicago Record, Mr. Macbeth-Chicago Times-Herald). The circus tent in the background was used for sleeping quarters for everyone.


KATYDID

The next machine, Chanute's design of a soaring machine, was the Katydid, a multi-plane glider. It was re-rigged six times; each new experiment preceded by releasing bits of feather-down in front of the machine and watching the path of air currents sweeping past the wings. The most successful wing variation used five sets of wings in the front and one as tail.


Katydid, 1896.
Courtesy of the National Air and Space Museum, Smithsonian Institute. Negative 1A-20406 A49477L

Above: Chanute showing off the multi-plane soaring machine “Katydid”. Three-quarter left front view, note that each wing is marked, so that proper records can be made after each new experiment. Photo taken early in September 1896 near Dune Park.


"HOW DOES IT FEEL TO FLY?"

In two weeks of practical experiments, Chanute learned more about flying than he did in two decades of theory. Even though Chanute did not attempt to fly himself, several photos exist showing him standing in the correct takeoff position: How does it feel to fly? Back in Chicago, results of the New York and Huron Street Beach experiments were tabulated and evaluated. Gliders were repaired or rebuilt. A new tri-plane design was built in William Avery's shop. Chanute's knowledge of Pratt trussing from bridge building was applied to this new machine, resulting in strength and stiffness with a minimum of weight.


Newly designed biplane, 1896.
Courtesy of the National Air and Space Museum, Smithsonian Institute. Negative 1A-2036084-10697.

September 4, 1896 photo shows Octave Chanute with the newly designed biplane glider which later became the foundation for all future designs of flying machines. Chanute seems to get the feel for flying, although it is generally believed that he never flew.



THE EXPERIMENTS CONTINUED

Experiments continued on 20 August 1896. This time the team consisted of Avery, Herring, Chanute and Charles Chanute, Dr. Ricketts and a Russian sailor, William Paul Butusov. Butusov stated that he had made true soaring flights in Kentucky several years earlier. The group took a flatbed boat to Dune Park, a desolate site at Lake Michigan where it was hoped that newspaper reporters would not find them as easily as they did during the previous month at Miller Beach.



A Good Start, Chicago Times Herald, 1897.
Chicago Times Herald, 12 September 1897.

"A Good Start". This image from the 1896 experiments at the dunes along the southern shore of Lake Michigan shows a pilot coming in to land. The insert (upper right hand corner) shows the line of flight; the pilot is getting some lift from "quartering flight". Today the term "quartering" means "ridge soaring." .



5 sec after take-off, 1896.
Courtesy of the National Air and Space Museum, Smithsonian Institute. Negative 1A-20359 84-10696.

This photo was taken 11 September 1896 near Dune Park. The pilot is unknown, but could possibly have been William Avery or A.M. Herring.

The photo was published in the Journal of the Western Society of Engineers, vol 2 no. 5, October 1897 accompanying an article on “Gliding Experiments” by Octave Chanute.



Octave Chanute's 1896 Biplane Glider

Glider

1:8 scale model designed, drawn and built by Curt Lewis, Loves Park, IL - October 2001.
Glider
Glider


1896 CHANUTE-TYPE BIPLANE

One of the first machines tested was the tri-plane glider. After a few flights, Avery removed the bottom wing. Together, Avery and Herring then devised and mounted an elastic attachment to the tail [Chanute, 1908 #1]. This 1896 Chanute-type biplane proved to be a key step on the road to the invention of the airplane. For a moment it was the most successful heavier-than-air flying machine in the world [Crouch, 1981 #3].

The experiments continued through the following year, as Matthias Arnot (another aviation enthusiast) from Elmira, NY had ordered a biplane glider. It was again built in Avery's shop, under Herring's supervision. Chanute and Arnot split the cost of experiments for the first two weeks of testing in September of 1897. During the second week Chanute invited noted aeronautical publisher James Mean from Boston to witness the glider flights.



Flying Machines: Construction and Operation with a introductory chapter by Octave Chanute, C.E, 1910.



Case #3
Photo: courtesy of Anna Hasior


Acknowledgments: Simine Short wrote the text and compiled the photographs for the exhibit.
The exhibit was organized by Barbara Kern and
Urszula Kerkhoven - John Crerar Library, University of Chicago.

We gratefully acknowledge all individuals and organizations who provided photos or images.

For more information about exhibits at the John Crerar Library,
please contact Barbara Kern at 773-702-8717 or bkern@midway.uchicago.edu.

For more information on Octave Chanute please contact Simine Short at simajim@comcast.net


COPYRIGHT INFORMATION
The John Crerar Library has, where possible, obtained copyright permission for the use of images and photos. Some materials posted on this site may be protected by the U.S. Copyright Law (Title 17, U.S.C.) and/or by the copyright or neighboring-rights laws of other nations. Transmission or reproduction of protected items beyond that allowed by fair use may require the written permission of the copyright owners.


B.Kern, Crerar, 2002