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43 pages 1 hour read

David McCullough

The Wright Brothers

Nonfiction | Book | Adult | Published in 2015

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Part 2, Chapters 5-8Chapter Summaries & Analyses

Chapter 5 Summary: “December 17, 1903”

At the beginning of 1903, the brothers began shopping around for an engine. None of the inquiries they sent to manufacturers turned up what they needed, so they had to build their own. They bought a lightweight aluminum engine block from the Aluminum Company of America, and their new mechanic, Charlie Taylor, worked at the bike shop to make a motor out of it. The first one cracked during testing when something caused the bearings to freeze. They had to send for another block, which Taylor also transformed into a motor.

While they waited, they turned to the issue of the propellers. They assumed that they could find the technical specifications they needed in the information from the long use of propellers on ships. However, their research showed that this information was insufficient and they’d have to work it out themselves. Taylor considered this one of their greatest accomplishments, saying later, “I don’t believe they ever were given enough credit for that development” (88).

By mid-September, they were back in Kitty Hawk to test out the third version of what they called their “Flyer.” At the end of October, they tested the new engine. However, the tests didn’t go smoothly. First, vibrations from the engine caused the propeller shafts to break loose and become twisted. Charlie Taylor sent new, stronger shafts, which also broke during testing. On the last day of November, Orville went back to Dayton to work out a solution.

In mid-December, they were finally ready for another attempt, now with Orville’s new propellers, which worked fine. After Wilbur crashed because of a mistake in adjusting to the new controls, they patched up the plane and were back out a few days later. On December 17, Orville flew 120 feet in 12 seconds. It was the first time anyone had ever successfully flown a powered plane. They took turns at the helm, each time producing better results. By the end of their trials that day, Wilbur had flown a total of just over half a mile in about a minute. After they wired word of their success to their father and sister, saying they’d be home for Christmas, they packed up the Flyer and, always thinking ahead, made plans for improvements and next steps.

Chapter 6 Summary: “Out at Huffman Prairie”

Once home in Dayton, the brothers had to turn to the upcoming bicycle season, as that was the entire source of their income for work on their plane. To cut expenses, they decided to make future trials at a local pasture just outside the city, called Huffman Prairie. Now that they were using an engine, they also thought it better not to be on the beaches of Kitty Hawk where sand could clog up a motor. Their only reservation about this was being more open to the public and not having the privacy they wanted. However, they hadn’t gotten much publicity, as the press had yet to pay them any attention.

They began flying at Huffman Prairie at the end of May 1904. The first few months were rocky, as several things went wrong. Finally, in mid-August, Wilbur flew over 1,000 feet—farther than ever before. Still, their mediocre success led to their adding a final piece of equipment: a catapult. The main problem at Huffman was the lack of wind, which they hadn’t experienced at Kitty Hawk, so getting airborne was problematic. The catapult used a system of weights, rope, and a simple tower. Dropping the weights from the tower pulled the plane forward quickly, giving it the momentum to get it off the ground.

The brothers tested the catapult on September 7, a day with little wind. It proved successful, and Wilbur flew for half a mile—and for the first time turned in a half circle. Despite their extraordinary achievement, the only person to report on the flights was Amos Ives Root, a local beekeeper and aviation enthusiast who wrote about them in his company’s trade journal. When he sent a copy of one of his articles to Scientific American at the end of the year, urging them to reprint it, the popular magazine ignored him.

Unfazed, the brothers figured that people needed to see their plane in action for themselves. They began contacting governments to try to generate interest. In January 1905, they contacted the US War Department, which promptly sent them a rejection in a kind of form letter. Continuing their improvements on the plane, the brothers created the Flyer III, a version with a larger engine. During the summer and fall of that year, they tested it vigorously at Huffman Prairie and mastered the art of flying. In early October, Wilbur flew continuously for 38 minutes, covering 24 miles—“longer than all the 160 flights of the three previous years combined” (127). At the year’s end, they struck a deal with the French government: They’d receive the astronomical sum of $200,000 for one plane if they met certain demonstration flight requirements.

Chapter 7 Summary: “A Capital Exhibit A”

Negotiations with the French continued in early 1906, and the press was finally realizing what the Wright brothers had accomplished. Fifteen months after it ignored Amos Root’s article, Scientific American published its own article to report on eyewitness accounts of the brothers’ feats the previous year. In May, they received a patent they’d applied for in 1903, for the Wright Flying Machine, and they dedicated the summer and fall to engine improvements and test flights.

The same year, a firm called Flint & Company offered them half a million dollars to represent them for sales outside the US. Both brothers traveled to New York in early 1907 to finalize the deal. Later that spring, the company said that its European agent had reservations and wanted to meet with them in person. Wilbur set sail for Europe in May, and Orville joined him in Paris in late July. Wilbur, who’d never liked or been good at business, was now immersed in it, as he and the Flint agent, Hart Berg, hashed things out in France. While there, Wilbur visited the Louvre several times and walked miles in Paris studying the architecture.

In August, while French officials took their month-long holiday, Wilbur and Berg went to Berlin for discussions with the German government; Orville followed later. However, nothing came of it. After returning to Paris in November, the brothers decided to head home—with or without completing the lengthy negotiations. Before leaving, they attended an exhibition by France’s premier aviator, Henri Farman. They didn’t feel that he was ahead of them in progress, but the French press clearly did. Back in the US, Wilbur made a detour to Washington, DC, where he finally struck a deal with the War Department, finalized the following February. In March 1908, the brothers agreed to terms with a French company contingent on a successful public demonstration in France that summer.

Chapter 8 Summary: “Triumph at Le Mans”

Wilbur returned to Kitty Hawk in April 1908 to practice for his upcoming demonstrations. Between storms and vandals, the place was in shambles, and some of the local helpers from previous years had moved on or died. Orville and a mechanic they’d hired joined Wilbur later that month. They made a major change to the Flyer: The operator sat upright, and it had a second seat for a passenger. In addition, the surroundings had changed: They were now full of press people. Most reporters kept a distance and watched through binoculars.

By the end of May, Wilbur was back in Paris. The French press was still dubious if not outright hostile. One publication ran a photo of their plane in flight at Kitty Hawk, claiming, “Its appearance seems quite dubious and one finds in it every element of a ‘fabrication,’ not especially well done moreover” (160). While Wilbur and Berg began to scout locations for the demonstrations, a man named Léon Bollée contacted them. A car manufacturer and balloon enthusiast in Le Mans, Bollée suggested a place there that might work out, so they went to see him and decided he was right.

Bollée gave Wilbur space at his factory to assemble the plane. When Wilbur unpacked everything, he found that it was horribly damaged and at first blamed his brother’s packing before learning that customs agents had caused it. Repairing it before assembly required much time and effort, and Wilbur had only a few of Bollée’s mechanics to help—who were not only unfamiliar with his requirements but unable to understand much English. The repairs thus fell almost entirely to Wilbur, who won their admiration for his superb artisanship. He did anything necessary to get the plane in the shape he wanted it, even forging his own parts.

On August 8, everything was finally ready. People began gathering early in the day, and the plane rolled out of its shed at three o’ clock that afternoon. Wilbur, however, always working on his own schedule, did not rush things, making final adjustments and double-checking everything until 6:30. He then took to the sky, flying in a circle for about two minutes, covering two miles all together. The crowd went wild, as they finally understood what all the hype was about. Wilbur gave another demonstration two days later, this time dazzling the crowd by flying a figure eight. He continued his performances throughout the month and became the toast of France.

Part 2, Chapters 5-8 Analysis

The second part of the book focuses squarely on the Wright brothers’ success with powered flight. After solving the problem of flight in a glider, they took it to the next step, which was really the apex. A glider required wind and thus had limitations; a powered plane could go where one wanted, when one wanted. The theme of innovation is again central, as the brothers designed and made their own motor (with Charlie Taylor’s help) and propellers. Starting this endeavor took knowledge of physics and poring over data. In addition, both the motor and propellers had problems and solving them necessitated much testing and observation. This speaks to the brothers’ perseverance and methodical nature. Highs and lows didn’t affect them much; they worked on what was in front of them, however long it took to get right, and then moved to the next step.

Perseverance plays two roles here: first, to overcome mechanical problems, and second, to continue despite being ignored. Once they had a workable plane, the brothers wanted to market it—and receive their due credit: After all, they hadn’t just built a better mousetrap; they’d pioneered flight. Gaining attention and marketing their invention evaded them for some time. Even when the brothers gave public demonstrations near their hometown of Dayton, open for all to see, not many people were interested, as McCullough makes clear by juxtaposing the major newspapers with a small farmer’s trade journal named Gleanings in Bee Culture. The farmer, Amos Root, happened to be interested in aviation; consequently, he paid attention. That a small publication devoted to beekeeping beat out heavyweights like the New York Times for one of the century’s biggest stories is somewhat ironic. The Wright brothers, to their credit, just kept working.

Chapters 7 and 8 reveal Wilbur’s intellectual range. McCullough devotes long passages to Wilbur’s travels around Paris in his free time. His correspondence back home to his family shows that he spent considerable time admiring the city’s art and architecture. Other studies haven’t revealed that side of Wilbur, but this book highlights how well-read he was—all from self-education. His intellect was both deep and broad. He wrote at length praising the structure of the Cathédrale Saint-Julien in Le Mans and visited the Louvre at least 15 times. As McCullough notes, “His description of the paintings he saw could go on for pages”—and his favorite part of Corot’s paintings was the sky (140).

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