The Flight Claims of Gustave Whitehead

Gustave Whitehead is back in the news. Whitehead (1874-1927), a native of Leutershausen, Bavaria, who immigrated to the United States, probably in 1894, claimed to have made a sustained powered flight in a heavier-than-air machine on August  14, 1901, two years before the Wright brothers. He further claimed that he had made additional flights of two and seven miles in January 1902. The standard arguments in favor of Whitehead’s flight claims were first put forward in a book published in 1937, and have been restated many times, most recently in a controversial website that persuaded the editor of aviation reference annual, Jane’s All the World’s Aircraft to support the claims.

The evidence in the Whitehead case includes questionable news articles, much testimony both for and against the claims, and a supposed photograph of Whitehead’s Number 22 machine in the air, which, if it ever existed, has not been seen since 1906. Supporters of the claims have been arguing in favor of Whitehead for many years, while the critics, like me, have been vigorously refuting their evidence. I believe that the time has come to move beyond the confusing mass of contradictory detail, rising out of the trees to gain a view of the forest and reach a rational conclusion.

Why do I reject the Whitehead claims? Consider this sequence of events.

  • Fall 1897: In October 1897 a reporter for the New York Herald interviewed Whitehead at his boarding house at 130 Prince Street, where he saw two flying machines. The first was a triplane hang glider clearly based on a similar craft designed the year  before by Chicago engineer Octave Chanute and his assistant, Augustus Moore Herring, and flown by Herring in the dunes ringing the southern shore of Lake Michigan in the summer of 1896, and again in 1897.
    Glider

    1897 Whitehead triplane hang glider

    The fact that Whitehead was flying a copy of the Chanute-Herring original indicates that he was working with the most advanced aircraft structure of the era. But Whitehead showed the reporter a second machine that was under construction. This craft was very different, with bird or bat-like wings that would have been much more frail than the sturdy, braced triplane wings.

Triplane

Chanute Herring triplane, 1896-1897

  • 1901-1902: Whitehead, now living in Bridgeport, Connecticut, claimed that on August 14, 1901 he had flown a machine that he identified as Number 21 for a distance of one-half mile. He later claimed to have flown Number 22, a heavier version of his basic design with a metal structure, for flights of two and seven miles over Long Island Sound.With their birdlike wings, Numbers 21 and 22 had obviously evolved from the original craft shown to the reporter in 1897. They represent a step backwards from the trussed beam structure of his Chanute-Herring glider.

    Whitehead

    Whitehead with his Number 21 machine.

Scientific American

September 19, 1903 issue of Scientific American page 204.

  • September 1903: In the fall of 1903, a reporter for the Scientific American visited Whitehead in Bridgeport.Twenty months after he claimed to have made a seven mile flight in the bird-like Number 22, Whitehead is once again experimenting with a new version of the Chanute-Herring triplane hang glider. The questions are apparent.

 

Why was Whitehead no longer flying Numbers 21, 22, or a more developed version of the configuration in which he claimed to have enjoyed such success?

 

Why did Whitehead abandon a configuration that he claimed had enabled him to make flights of up to seven miles, in favor of returning to a design that was now eight years old and obsolete?

 

Why did Whitehead not call the attention of the readers of the Scientific American to his claim to have flown a very different powered machine over considerable distances less than two years before?

 

Over the next decade, as aviators in American and Europe took to the sky following the pattern established by the Wright brothers, Whitehead would continue to build aircraft for other enthusiasts. Not one of those powered machines ever left the ground.

 

My conclusion–either Whitehead had somehow forgotten the secrets of flight, or he had never flown a powered machine at all.

Helicopter

A Whitehead “helicopter” design of 1908

In its issue of December 26, 1903, just three months after Scientific American had reported Whitehead’s experiments with an obsolete hang glider, the journal noted that the brothers Wilbur and Orville Wright had made some “successful experiments” with a powered flying machine operating under the complete control of a pilot.  Unlike Whitehead, who had kept virtually no record his experiments, the Wrights had documented their work in detailed, notebooks, letters, and photographs, including what is arguably the most famous photograph ever taken.

I rest my case.

Wright Flyer

With Orville Wright at the controls and Wilbur Wright mid-stride, right, the 1903 Wright Flyer makes its first flight at Kitty Hawk, NC, December 17, 1903.

Tom Crouch is a senior curator in the Aeronautics Department at the National Air and Space Museum.

One Story, Two Museums: A Century of Alaska Aviation

In early 2010, I received an e-mail out of the blue from Julie Decker, the chief curator of the Anchorage Museum, asking if I would be interested in co-curating an exhibition on flight and Alaska. Her idea was to bring together artifacts and archival materials from different museums into a gallery that told the story of Alaska and aviation during the state’s centennial of aviation in 2013. The idea was great and I jumped at the chance, which quickly developed into one of the best experiences of my career at the National Air and Space Museum. Our three-year collaboration resulted in the exhibition Arctic Flight: A Century of Alaska Aviation, which opened in Anchorage on February 9 and closes August 11, and the accompanying book, Alaska and the Airplane: A Century of Flight.

Arctic Flight

Arctic Flight includes artifacts, archival images, and films from the National Air and Space Museum, Anchorage Museum, Alaska Aviation Museum, the Alaska Heritage Museum, the Carrie M. McClain Memorial Museum, the National Park Service, the Pioneer Museum, and the Pioneer Air Museum. Photo by Don Mohr.

The history of Alaska during the twentieth and twenty-first centuries is intertwined with the airplane. James V. Martin made the first airplane flight in the territory in his Tractor Aeroplane on July 4, 1913. Aerial Alaska emerged in two important ways during the 1920s and 1930s. The pioneers of flight used the territory as a byway as they flew around the world, over the North Pole, and expressed their visions of the airplane as a global technology. Air-minded Alaskans, embracing their own pioneer spirit, took to the air as bush pilots and started the airplane’s ascendance as the main form of transportation. During World War II and the Cold War, world powers fought over the Aleutians, built an aerial bridge to Siberia, and faced each other during decades of nuclear stalemate. The bush pilots created aviation empires that connected the rest of the world to an industrialized frontier that served villages, resource developers, and outsiders seeking adventure. Along the way, both women and Native pilots found opportunity in the air. One thing remained a constant throughout the century of Alaskan flying, the unpredictable weather and rugged terrain remained the great equalizer.

 

Wiley Post

Collaboration with researchers in Alaska revealed the circumstances behind this color tinted photograph held by our Museum and what it said about how dangerous it was to fly in Alaska. During the summer of 1935, Wiley Post and the famous American humorist, Will Rogers, ventured north to the territory. From left to right, Rogers, famous Alaskan musher Leonhard Seppala, Post, and famous bush pilot Joe Crosson stand near Post’s Lockheed monoplane on a floatplane dock on the Chena River near Fairbanks. Against Crosson’s advice, Post and Rogers pushed on from there and died in an airplane crash near Barrow. National Air and Space Museum (NASM A-44131), Smithsonian Institution.

Besides me, the Museum was involved in other ways. Our Archives provided many historical images like the one above. Photographer Eric Long documented the artifacts selected for Arctic Flight, which became the basis for the photo essays in Alaska and the Airplane.

Survival Equipment

Eric’s photograph of survival gear used by bush pilot Sam White during his long and successful flying career from 1928 to 1964 and now in the collection of the Pioneer Museum in Fairbanks is one of my favorites. Photo by Eric Long. National Air and Space Museum (NASM2012-01294), Smithsonian Institution.

The Collections Department assisted with Eric’s photography and prepared the artifacts that traveled on loan to the Anchorage Museum.

Emil Buehler Conservation Laboratory

In the Emil Buehler Conservation Laboratory at the Udvar-Hazy Center, Lauren Horelick, Lisa Young, and Stephanie Spence (left to right) clean a fuel tank from the airship Norge, which made the first crossing of the Arctic Ocean in 1926. Photo by Eric Long. National Air and Space Museum (NASM2013-09437), Smithsonian Institution.

Anthony Wallace

Anthony Wallace from the Collections Processing Unit traveled to Anchorage to assist with the move of the exhibition’s central aircraft artifact, a 1929 Stearman C2B, from the Alaska Aviation Museum to the Anchorage Museum. Ted Gardeline, on lift, and Anthonyare working to lift the C2B fuselage to the third floor gallery. Photo by Don Mohr.

Jeremy Kinney and Julie Decker

Jeremy Kinney and Julie Decker with the Stearman C2B at the opening of Arctic Flight. Photo by Don Mohr.

Co-curating an exhibition and co-authoring a book is a challenging process in itself. You would think trying to do that from over 4,000 miles away, with a few memorable research trips thrown in for good measure, would be nearly impossible, but the collaboration between the National Air and Space Museum and the Anchorage Museum was a grand partnership. We hope that the people of Alaska and anyone enthusiastic for the airplane will find the final product as exciting and worthwhile as we did putting it together.

Jeremy Kinney is a curator in the Aeronautics Department of the Smithsonian National Air and Space Museum.

Mars Rover Discovers Chocolate on Mars

Scientists at the National Air and Space Museum’s Center for Earth and Planetary Studies announced an astounding discovery at a press conference this morning: the NASA Mars rover Curiosity has found chocolate on Mars.*

“Definitely more than just a trace,” said CEPS spokesperson Dr. John Grant. “More than a trace, less than a Snickers. But there could be more.”

“We were completely blindsided by this,” he said. “The Gale Crater area of Mars is about the last place you’d look for chocolate if you were looking for chocolate on Mars, which we weren’t.”

Mars

This color panorama shows a 360-degree view of the landing site of NASA’s Curiosity rover, including the highest part of Mount Sharp visible to the rover. That part of Mount Sharp is approximately 12 miles (20 kilometers) away from the rover.

 

“Here we were, searching for evidence of whether Mars was ever habitable, and we found this. Complete surprise. Curiosity was scraping away some surface materials and unearthed this small, dark, irregularly shaped mass,” Grant said, showing a sharp, close-up photo of the find, which looked vaguely like a Hershey’s bar left out on the beach.

“The initial chemical analysis was perplexing. We were prepared for the possible discovery of organic substances of some sort, but nothing like this. We ran the numbers and scratched our heads, then suddenly realized, ‘Whoa! This is, like, 90 percent cocoa, at least. Maybe more!’ Very pure stuff. Very exciting.”

The discovery begs the obvious question, where did the chocolate come from? Could it be a contaminant introduced by Curiosity itself? Perhaps a smudge left on the rover by a sloppy technician with sticky hands? “No way,” Grant asserted. “the rover is extremely clean and virtually sterile at launch. And because of the nature of the deposition, we don’t think it was a candy bar accidentally dropped by a passing alien or something. It’s a mystery.”

Curiosity

Artist concept of rover Curiosity on Mars.

When asked about the prospect of beds of chocolate on Mars that could perhaps be mined and used to sustain future explorers on the Red Planet, Grant laughed. “That’s just science fiction,” he said. “For now anyway. We don’t even know how much there is, but we’re certainly going to try and find out.”

The discovery clearly has profound implications for science and for humanity. It presents many consequential questions that scientists and others will now begin to grapple with. Of most immediate importance? Grant says: “Is it edible?”

David Romanowski is a writer and editor in the Exhibitions Department of the National Air and Space Museum.

*April Fools!

 

Easter Peeps Welcome Discovery!

Check out this fun Peeps diorama depicting the celebration of Space Shuttle Discovery’s arrival at our Udvar-Hazy Center on April 19, 2012. Museum docent John Bretschneider and education volunteer Katy Bretschneider created the diorama and entered it into the annual Washington Post Peeps Diorama Contest. Fans have currently ranked it #27 among the over 650 entries.

Congrats John and Katy on your wonderful creation, we love it!

“Welcome Discovery and Godspeep Enterprise.” Discovery and Enterprise pose nose to nose outside the Udvar-Hazy Center with the U.S. Marine Corps Marching Band, cheering peeps waving posters and American flags, and astronauts in their orange suits.

Close-up of Peeps celebrating Space Shuttle Discovery’s arrival. Notice the detail inside the James S. McDonnell Space Hangar with the Manned Maneuvering Unit and TDRS satellite hanging above Discovery’s new home.

 

Fly Ball!

On April 1, the 2013 Major League Baseball season begins.  The National Air and Space Museum’s hometown Washington Nationals begin their season at home.  My beloved Baltimore Orioles, however, begin their season on the road against the Tampa Bay Rays in Florida.  Like most teams, they will take a chartered airplane to their destination.

The 1934 Cincinnati Reds were the first baseball team to fly a chartered airplane to an away game.  On June 8, nineteen members of the Reds boarded two American Airlines Ford Tri-Motors for a three-game series against the Chicago Cubs.  Six players opted to travel via train.  General Manager Larry McPhail believed that the quicker air travel would give the players more rest between games.  The Reds won two out of the three games in that series.

The first team to make charter arrangements for a full season was the 1946 New York Yankees. On May 13, the Yankees flew a United Airlines chartered Douglas DC-4, dubbed the Yankees Mainliner, from LaGuardia Airport to St. Louis.  According to the Associated Press, several hundred fans went to the airport to see their team take off.  Joe DiMaggio bumped his head as he entered the plane.

 

Yankees

The 1946 New York Yankees baseball team pose outside their charter airplane the Yankees Mainliner at LaGuardia Field, New York. Photo by Rudy Arnold, NASM 2006-12600

The executive and co-owner of the 1946 Yankees was none other than Larry McPhail.  He had chartered flights for spring training trips to Panama and cities in the southern United States.  Several players, including future Baseball Hall of Famer Charles “Red” Ruffing, opted for the train.  Ruffing claimed to have had enough of flying during his time with the Air Transport Command during World War II.  The Yankees would win three out of four games from the St. Louis Browns.

(And because baseball is full of fun connections…the St. Louis Browns became the Baltimore Orioles in 1954.  The Orioles’ President of Baseball Operations from 2007 to 2011 was Andy McPhail, grandson of Larry, who gave major league baseball the flying bug!)

Whichever team you root for, enjoy opening day!  Play ball!

Elizabeth Borja is a museum specialist in the Archives Department of the National Air and Space Museum.