Welcome to On Verticality. This blog explores the innate human need to escape the surface of the earth, and our struggles to do so throughout history. If you’re new here, a good place to start is the Theory of Verticality section or the Introduction to Verticality. If you want to receive updates on what’s new with the blog, you can use the Subscribe page to sign up. Thanks for visiting!
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A Compendium of Dirigibles
Pictured above is an exhaustive collage of early dirigible designs, circa 1885 by E. Morieu. As far as I can tell, there’s forty-five designs in total, and many of them seem quite unique. Most likely the original print was paired with a descriptive list, but unfortunately this link has since been broken. Even so, there’s great beauty in the variety of the designs shown here, as well as the creative spirit that led to all of them. A collage like this is evidence of the human need for verticality, that all these individuals would put so much time and effort into achieving human flight.
Madame Helene Alberti’s Cosmic Wings
Pictured here are two photographs from 1931 showing a winged glider designed by Madame Helene Alberti. Alberti was a well-known opera singer who studied human flight after retiring from the opera. She believed in the Ancient Greek laws of cosmic motion, and believed humans can fly by their own strength after learning to use these laws.
A Proposed Flying Machine
Pictured above is a proposed flying machine from an 1874 issue of Scientific American. The author is known only as W.D.G., and he wrote a detailed description of his machine to go along with the illustration shown here. Curiously, the description begins with this statement: Cannot we arouse a little more spirit and inquiry regarding the subject of a practical flying machine, and keep the ball rolling until the aim is accomplished?
Hiram Maxim’s Flying Machines
Hiram Maxim was a prolific inventor who is best known as the inventor of the first automatic machine gun, as well as a series of flying machines he built and tested between 1889 and 1894. Pictured above is one of his later designs. It consisted of a series of wings tied together with a web of struts and cables, powered by a pair of massive wooden propellers.
Im Jahre 2000 : In the Year 2000
The early twentieth century was a time of optimism towards the future. Aeronautics and flight were on the public’s consciousness, and there was much speculation about how the future would look once humanity conquered the skies. Pictured here is one such vision. It’s from a set of six cards titled Im Jahre 2000, which is German for In the Year 2000. What’s interesting about the set is that three of the cards deal with flight.
Gustave Whitehead’s Flying Machines
Gustave Whitehead was a German-born aviation pioneer that emigrated to the United States in 1893. He subsequently built and tested a number of flying machines, and some believe he achieved the first ever powered, controlled flight. As with most claims of this nature, it’s a difficult thing to prove and will most likely always have controversy surrounding it. Because of this, his machines and the alleged flights they took have a sense of mystery about them. To add to this mystery, Whitehead experimented with many different types of machines, including both manned and unmanned machines and both gliders and self-powered machines.
Early Aeronautics
Pictured above is a collage of early flying machines, originally published in the German encyclopedia Meyers Konversations Lexikon. I love collages like this because the illustrator inevitably must pick and choose which examples to show. This is most likely done for a combination of reasons, including available illustrations, the most famous examples, and page layout.
E.P. Frost’s Ornithopters
Pictured above is a photo of E.P. Frost’s second ornithopter prototype. It consisted of a large a pair of wings and a metal scaffold, and it was powered by an internal combustion engine. According to Frost, the machine successfully achieved liftoff under its own power in 1904. This wasn’t a sustained flight, however, but rather a jump or a hop.
The Skeletons of a Man and Bird
Pictured above is a comparison between the skeleton of a human and a bird. What I find fascinating about this image is the choice of the artist to position the bird in a bipedal stance. I suspect this was done just to ease the comparison, but in a way it undermines the birds power of flight. This is an animal who is at home when in the open air, but here the bird is shown with its feet firmly planted on the ground, much like a human. The playing field has been leveled, so to speak, which puts the bird at a specific disadvantage.
Samuel Langley’s Aerodrome
Samuel Langley was an astronomer and physicist who was the third secretary of the Smithsonian Institution. He was also a pioneer of aviation, most famous for his designs of the Langley Aerodrome, which he built and tested from 1901 to 1903. Pictured above is a photo of his Aerodrome No. 5, which was a pilot-less model that had success flying. Langley was unable to repeat this success with larger, piloted designs, however.
The Jatho Biplane and a Challenge to the Wright Brothers
Pictured above is the Jatho Biplane, built in 1903 by the German aviation pioneer Karl Jatho. During 1903, Jatho made a series of low flights with his machine outside Hanover, Germany. These flights took place a few months before the Wright Brothers achieved powered, controlled flight. We don’t know for sure if the Jatho Biplane was controlled, however. If it was, that means the Wright Brothers weren’t the first to achieve flight. If it wasn’t, the Jatho Biplane is just another prototype that got close, but didn’t actually achieve flight.
The Marquis Multiplane
If two wings can provide enough lift to make an aircraft fly, surely adding more wings must make it fly even better, no? It’s a silly question by today’s standards, but in the early days of flight it was a legitimate inquiry to be studied. One man who decided to test the theory was Marquis d'Ecquevilly, and pictured above is the Marquis Multiplane which he designed in 1908.
“The honor of inventing the airplane cannot be assigned wholly to one man; like most other inventions, it is the product of many minds.”
-Richard Pearse, Kiwi inventor and aviator, 1877-1953.
Jules Verne’s Clipper of the Clouds
Fiction has a way of reflecting and informing reality. Pictured above is an illustration from Jules Verne’s novel Robur the Conqueror, published in 1886. It shows a fictional flying machine called the Clipper of the Clouds, which was built by the novel’s titular character. Throughout the story, Verne explores the nature of flight, its effects on humanity, and the general sense of public awe in the early days of flying machines. There’s also an undertone of the God versus Ego struggle that is central to the verticality narrative.
Wilhelm Kress’ Drachenflieger
Pictured above is the Drachenflieger, which was an experimental aircraft designed in 1901 by Austrian engineer Wilhelm Kress. It’s name means Dragon Flyer in German, and it was an attempt by Kress to build the world’s first heavier-than-air flying machine. The craft consisted of a central undercarriage and three large pairs of wings, each set at a different height so they wouldn’t interfere with one another. It was meant to take off and land on the water, so Kress designed it to rest on two pontoons.
Alban & Vallet’s Comte d’Artois
Pictured above is a design for a flying machine by Léonard Alban and Mathieu Vallet from 1785. It was called Comte d-Artois, or l'Aérostat de Javel. It had a helium-filled balloon which carried a gondola. At one end of the gondola was a large propeller and at the other end was a pair of paddles. The gondola could comfortably seat four people and resembled a shallow boat. Throughout 1785, Alban and Vallet made many successful flights around Paris with the craft, and they also made three notable advancements in ballooning technology along the way.
A Foolproof Way to Direct the Balloons
The above illustration shows a comical scene involving a man suspended from a balloon being pulled by a pair of horses. It was drawn in 1787 and it’s titled Moyen Infaillible de Diriger les Ballons, or A Foolproof Way to Direct the Balloons. It’s meant to be a satirical take on ballooning at the time, when flight was front-and-center on the public stage. The characters in the scene are from commedia dell'arte, which is a type of theatre with recurring archetypal characters.
Richard Pearse and a Claim to the World’s First Powered Flight
Pictured above is a photograph of a monoplane designed and built by Richard Pearse in 1903. Pearse was a farmer who had an interest in engineering, flight and flying machines. He had previously designed bicycles and engines, but in the early 1900s he was working on a design for a flying machine. It was a monoplane with a front-mounted propeller and a large wing constructed of a bamboo frame and canvas.
Utopian Flying Machines of the Previous Centuries
Pictured above is a French illustration from 1890, showing a collage of French flying machine ideas from the previous few centuries. The caption reads Les Utopies de la Navigation Aérienne au Siècle Dernier, which means The Utopia of Air Navigation in the Last Century. There are six flying machine ideas shown together in the sky.
The Wright Flyer and the World’s First Powered Flight
Upon a flat plain outside the town of Kitty Hawk, North Carolina on December 17, 1903, a home-made flying machine lifted off the ground into a headwind. It landed twelve seconds later and 37 meters (120 feet) away from its launch point. This short distance marked the first time in the history of humankind that a manned, heavier-than-air craft had flown under its own power. This event would cement its creators into the pantheon of technological pioneers and make them a household name.