Twenty-Six Seconds on the Sand
On January 24, 1907, a twenty-eight-year-old motorcycle manufacturer from a village of a thousand souls in upstate New York lay nearly flat on a contraption that looked less like a vehicle than like a bet against God — eight finned cylinders bolted into a frame that creaked and flexed, no clutch, no gearbox, direct drive from crankshaft to rear wheel, the whole apparatus weighing perhaps three hundred pounds and producing forty horsepower, which is to say roughly the output of a small automobile channeled into a machine that offered its rider nothing between his body and the hard-packed sand of Ormond Beach, Florida, except a leather seat and the thin arithmetic of friction. Glenn Hammond Curtiss had already set records that week in the single-cylinder and twin-cylinder classes, covering the measured mile in 62 seconds and 46.67 seconds, respectively. But those were stock machines, production models he sold from his shop in Hammondsport, New York. This was something else. Officials at the Florida
Speed Carnival had refused to let the V-8 compete in any sanctioned race — no class existed for an engine this grotesque — but they agreed to a timed exhibition run after the official program ended, granting Curtiss two miles of beach to reach speed before the clock started.
He covered the measured mile in 26.4 seconds. One hundred thirty-six miles per hour. The landscape blurred to abstraction: "All I could see was a streak of beach with wild surf on one side, sand hills on the other and a black spot where the crowd was," he said afterward. It took another mile to bring the machine to a stop. Then the U-joint connecting the driveshaft to the wheel shattered on what should have been a return run, twisting the frame and sending metal fragments whipping past his legs. He was unhurt. He was also, as of that afternoon, the fastest human being who had ever lived — faster than any train, any automobile, any aircraft then in existence. The record for motorcycles would stand until 1930, the year Curtiss died.
"Riding an eight-cylinder motorcycle," he observed, with the flat affect of a man who had just outrun the century, "is not likely to become very popular."
It was not popularity he was after. It was proof. Every speed run was an advertisement for the engines he built — their lightness, their reliability, their willingness to convert fuel into velocity at ratios that shamed the competition. Within months of Ormond Beach, the fastest man on earth would receive an invitation from the most famous inventor in the world to help build machines that did not merely roll across the ground but left it altogether. The motorcycle was the audition. The sky was the stage.
By the Numbers
The Curtiss Record
136.3 mphLand speed record set at Ormond Beach, January 1907
72Patents held across dirigibles, aeroplanes, flying boats, and more
$10,000Prize for Albany-to-New York flight, won May 1910
~10,000Aircraft produced by Curtiss companies during WWI
5,000+Employees by end of World War I
$1MLots sold in Hialeah in just ten days during Florida land boom
52Age at death, July 23, 1930
The Glen, the Grapes, and the Screwdriver
Hammondsport, New York, sits at the southern tip of Keuka Lake, one of the long, slender bodies of water that give the Finger Lakes their name. In 1878, the village was known for exactly one thing: wine grapes, planted by an Episcopal minister before the Civil War, now tended by families whose arbors attracted international vintners — including members of the renowned Masson family, who relocated from France, convinced that the terroir rivaled anything in Burgundy. It was a place where time moved at the pace of fermentation.
Glenn Hammond Curtiss was born there on May 21, 1878, to Frank Richmond Curtiss, the village harnessmaker, and Lua Andrews, an amateur artist and musician who loved the glens that carved through the surrounding hills so much she named her son for them — adding a second n to masculinize it — and gave him the middle name Hammond after the town's founder, Lazarus Hammond. His sister Rutha Luella arrived in 1881. Then catastrophe: Frank and Glenn's grandfather Claudius, a Methodist Episcopal clergyman, both died within months of each other in 1882. Glenn was four years old. His grandmother Ruth Bramble Curtiss, a vineyard owner of formidable practicality, helped Lua raise the children.
What the boy lacked in formal education — he would complete only the eighth grade — he compensated for with an almost feral mechanical curiosity. He walked Hammondsport's streets carrying a screwdriver, offering to fix squeaky doors and broken doorbells. When Rutha contracted meningitis at age six and lost her hearing, Glenn taught himself finger-spelling and lip-reading to communicate with her, an early instance of a pattern that would define his life: encountering a problem, refusing to accept it as given, and devising a workaround through patient, empirical tinkering.
Lua remarried in 1895 — to a man named Charles Adams — and moved the family to Rochester so Rutha could attend the Western New York Institute for Deaf Mutes. Glenn took a job at the Eastman Dry Plate and Film Company, stencilling numbers on rolls of film for four dollars a week. He promptly invented a machine that could stencil one hundred paper strips with a single brush stroke, increasing output tenfold. The factory adopted it. Curtiss built a rudimentary camera to study photography, documenting his own process even as a teenager. Then the factory bored him — it would always bore him, the routine, the repetition, the clock — and he hired on with Western Union to deliver telegrams by bicycle.
Speed entered his bloodstream through commerce. A fast delivery meant a good tip; the boss assigned lucrative clients to the quickest rider. Curtiss raced the other messenger boys on any stretch of asphalt they could find, won more than he lost, and discovered something about himself that would not change: he was happiest when the world was a blur.
From Pedals to Pistons
He married Lena Pearl Neff on March 7, 1898 — she was a sawmill superintendent's daughter from Hammondsport, steady and shrewd, his closest confidant for the rest of his life — and opened a bicycle shop. The business was both livelihood and laboratory. Curtiss sold his own Hercules-brand bicycles, raced competitively on the weekends, and began to brood over the fundamental limitation of human-powered transport: legs got tired. In 1899, he purchased an E.R. Thomas engine — a one-horsepower single-cylinder unit sold as the "Auto-Bi" — and bolted it onto a bicycle frame. The resulting contraption, nicknamed the "Happy Hooligan," was more noise than speed. The engine was too weak. So he ordered a three-horsepower kit from the same supplier, which was better when it ran, which was not always.
Curtiss felt he could do better. He had engine castings made to his own design in 1901, and by the spring of 1902 he was marketing the Hercules motorcycle — a single-cylinder machine sold through three shops in Hammondsport, Bath, and Corning. His engines were robust but light, and he pioneered the use of ball bearings throughout, reducing internal friction compared to the poorly lubricated plain bushings standard at the time. On Memorial Day 1903, he entered two motorcycle races in two different cities and won both, setting a world one-mile speed record of nearly 64 miles per hour. The press dubbed him "the Hell-Rider." The man himself — lean, reserved, unsmiling in photographs — seemed impervious to the nickname's romance.
What mattered was the engine. Everything Curtiss built was, at bottom, an argument for the engine. The motorcycles were test beds; the races were demonstrations; the trophies were marketing collateral. By 1904, he had a five-horsepower racer and was traveling to Daytona to break records, averaging 67.41 miles per hour over ten miles. E.H. Corson of the Hendee Manufacturing Company — makers of Indian motorcycles, at the time the dominant American brand — visited Curtiss in Hammondsport that year and was shocked to find the legendary operation housed in a small shop on Curtiss's property, staffed by family members and friends. Production was tiny. But the engines were extraordinary.
The two-cylinder models began drawing attention not just from motorcyclists but from men who wanted to leave the ground.
Baldwin's Balloon and Bell's Invitation
Thomas Scott Baldwin was born in 1854 and had been a professional aeronaut since before Curtiss could walk — a balloonist, parachute jumper, and airship experimenter who understood that the critical bottleneck for lighter-than-air flight was not the envelope or the gas but the engine. He needed something light enough to hang beneath a dirigible and powerful enough to drive it against the wind. In 1904, Baldwin purchased a Curtiss two-cylinder motorcycle engine, modified for airship use, and installed it in his California Arrow. On August 3, 1904, over Oakland, the Arrow became the first successful powered airship to fly in the United States. A motorcycle engine had opened the door to aeronautics.
Curtiss entered aviation not because he had dreamed of flight but because a customer pulled him through the doorway. This was characteristic. He was not a visionary in the prophetic sense — he did not write manifestos about the conquest of the air, did not lecture on the destiny of mankind to fly. He was a problem-solver who followed the problems wherever they led, and in 1904 they led upward. He began building engines specifically for aeronautical applications, refining his V-twin and eventually designing, in 1906, the V-8 that would carry him to Ormond Beach and into history.
The V-8's reputation preceded him.
Alexander Graham Bell — seventy years old, the inventor of the telephone, a man whose restless intelligence had turned in his later years toward aerodynamics — had been conducting experiments with enormous tetrahedral kites at his estate in Baddeck, Nova Scotia. Bell heard about the young engine builder in Hammondsport and recognized a kindred spirit. Both men had deaf relatives they had worked to help communicate — Bell had devoted much of his life to deaf education, and Curtiss had taught his sister to lip-read. When they met, the connection was immediate.
In October 1907, Bell established the Aerial Experiment Association, a small research group funded largely by his wife Mabel's personal fortune. The members were Bell as mentor; J.A.D. McCurdy and Frederick "Casey" Baldwin, young Canadian engineers; Lieutenant Thomas Selfridge of the U.S. Army; and Glenn Curtiss, recruited as the engine expert and, before long, the group's most capable pilot. The AEA's mandate was breathtaking in its simplicity: build a practical airplane. Bell's own contribution was Cygnet, a forty-two-foot tetrahedral kite that proved more architectural curiosity than flying machine. But the younger members — particularly Curtiss — would push far beyond kites.
The Fourth of July, 1908
The Scientific American Trophy, announced in 1907, offered a handsome silver prize to the first heavier-than-air machine that could fly one kilometer — roughly two-thirds of a mile — in a straight line before official judges. The Wright brothers, who had been flying since 1903, spurned the invitation. Their secrecy was by now legendary and, to some, suspicious: few Americans outside a small circle had ever seen a Wright airplane in flight.
Curtiss and the AEA seized the opportunity. Their third aircraft, designated Aerodrome No. 3, was a biplane powered by a Curtiss 40-horsepower V-8 engine. They called it the June Bug, after the beetles swarming Hammondsport in early summer. On July 4, 1908, more than two thousand people flooded a field near the village to see if man could fly. Newspaper reporters, photographers, a motion-picture crew, the editor of Scientific American, and representatives of the Aero Club of New York had all made the journey to this wine-grape village in the middle of nowhere.
Curtiss wore a white shirt, starched collar, and tie. He sat in front of the biplane, his back to the engine, gripping a steering wheel mounted on a column. The June Bug bumped across the muddy turf, accelerated, and rose twenty feet off the ground. Less than two minutes later, Curtiss sailed over a red flag tied to the top of a fence post one kilometer away and landed in a tangle of grape vines. The crowd — judges, reporters, townspeople — ran yelling and cheering across the field to surround him.
It was the first officially witnessed, publicly demonstrated flight of one kilometer by an American airplane. The distinction mattered enormously. The Wrights had made their flights in near-secrecy; Curtiss made his in front of the world. The Scientific American Trophy was his, and with it a fame that would soon become both asset and liability. The Aero Club issued pilot's licenses alphabetically: Curtiss received License No. 1. The Wrights, whose surname began with W, received No. 5.
I have always thought that a flight I made in the June Bug one morning early in July, just previous to the official test, was my best flight up to that time.
Rheims, the Hudson, and the Price of Glory
The AEA disbanded in March 1909, its mission accomplished. Curtiss struck out on his own — or tried to. He briefly partnered with Augustus Herring, a self-promoting aeronaut whose claims to prior flight patents were, charitably, unsubstantiated. The Herring-Curtiss Company was formed in 1909 to manufacture powered vehicles; it collapsed almost immediately when Herring failed to deliver on promised assets, and the ensuing lawsuit (Herring vs. Curtiss) became one of several legal tangles that would shadow Curtiss for years. But the planes kept flying.
In August 1909, Curtiss brought his "Reims Racer" to the first-ever international aviation meet, held in Rheims, France. The field included the best pilots and machines in the world. Curtiss won the Gordon Bennett Trophy and a $5,000 prize, setting the world air speed record in the process. He was now, indisputably, not just the fastest man on earth but the fastest man in the air. The European tour made him a household name. Sheet music — the "Golden Flyer March Two-Step" — celebrated his exploits. He was America's first aviation hero, a title that sat uneasily on a man who disliked public speaking and preferred the machine shop to the banquet hall.
Then came the Hudson. The New York World offered $10,000 to any pilot who could fly the 152 miles from Albany to New York City before October 10, 1910, with two intermediate stops allowed. Curtiss built a biplane he called a "monster violin" — wire, bamboo, steel, rubberized silk — and fitted cork-filled bags and sealed metal drums beneath the fuselage and wings in case of a river landing. "He was not a risk-taker," Rick Leisenring, longtime curator of the Glenn H. Curtiss Museum, has observed — a sentence that requires a moment's recalibration when applied to a man who routinely flew open-cockpit aircraft at a thousand feet with no seat restraints. Curtiss was meticulous. He scouted the valley, identified landing sites, tested wind patterns. On May 29, 1910, he took off from a rented farmer's field on Rensselaer Island — the rental fee was five dollars — and flew south along the Hudson, stopping once at Camelot (now Poughkeepsie) and once at Spuyten Duyvil, before landing on Governor's Island in New York Harbor. The flight took two hours and fifty-one minutes, averaging 52 miles per hour. An estimated one million New Yorkers saw at least part of it. He won the $10,000 and permanent possession of the Scientific American Trophy.
But Wilbur and Orville Wright were watching, and they had already drawn the battle lines.
The Patent War
The Wrights had been granted U.S. Patent No. 821,393 in 1906, covering their method of lateral flight control — specifically, wing-warping, the technique of twisting the trailing edges of the wings to bank and turn. They believed, with considerable legal and moral conviction, that this patent covered any method of lateral control in a heavier-than-air flying machine. The Wright Company, incorporated in 1909 with Wilbur and Orville holding 40 percent of the stock and receiving 10 percent royalties on all sales, pursued an aggressive litigation strategy against anyone who built or sold an airplane without a license. Their primary target was Glenn Curtiss.
The core dispute was the aileron. Curtiss and the AEA had developed moveable surfaces mounted between the wings — later moved to the wing tips and eventually to the wings themselves — that achieved lateral control without wing-warping. Curtiss argued, strenuously, that ailerons were a fundamentally different mechanism. The Wrights argued, with equal vehemence, that any device that produced differential lift on the wings fell under their patent. The lawsuit — The Wright Company vs. The Herring-Curtiss Company and Glenn H. Curtiss — was filed in 1909 and would grind through the federal courts for years.
The human cost was immense. Wilbur Wright, who had taken the lead in prosecuting the litigation, spent the last years of his life consumed by depositions, briefs, and the simmering rage of a man who felt his invention was being stolen. He contracted typhoid fever in May 1912 — from tainted clam broth in a Boston restaurant, the speculation went — and died on May 30, 1912, at forty-five. His family blamed the stress of the patent war, and specifically Curtiss's stubbornness, for weakening Wilbur's health. Whether the claim was fair is unanswerable; that it was believed is certain.
On January 13, 1914, the U.S. Circuit Court of Appeals upheld a lower court ruling that Curtiss had infringed the Wright patent. The decision was sweeping: the Wright system was deemed a "pioneer patent," necessary for aerial navigation, period. Curtiss was ordered to stop manufacturing aircraft with ailerons that operated simultaneously in opposite directions.
The bitter decade-long Wright-Curtis feud pitted against each other two of the nation's most brilliant innovators, and shaped the course of American aviation.
Curtiss did not stop. He modified his designs, argued for narrow interpretations, and — most controversially — participated in the 1914 Langley Aerodrome affair. The Smithsonian Institution lent Curtiss the remains of Samuel P. Langley's 1903 Aerodrome, the manned flying machine that had failed twice just before the Wrights' Kitty Hawk success. Curtiss rebuilt it with significant modifications — changes to the airframe, wings, drive train, and controls — and managed a few brief hop-flights off a lake near Hammondsport. The Smithsonian proclaimed that the Aerodrome had been "capable" of flight in 1903, implying it predated the Wrights' achievement. Orville Wright was furious. The resulting controversy raged for nearly thirty years and led Orville to send the original 1903 Wright Flyer to the Science Museum in London rather than entrust it to the Smithsonian. It would not return to American soil until 1948.
The patent war was ultimately resolved not by the courts but by geopolitics. With World War I approaching and the United States desperately needing aircraft, the government brokered the creation of the Manufacturers Aircraft Association in 1917, establishing a patent pool that allowed all American manufacturers to use the Wright and Curtiss patents under a cross-licensing agreement. The fight was over. The scars were permanent.
The Water and the War
If the patent war was Curtiss's great liability, the flying boat was his great invention — the thing he built that nobody else could have built, because nobody else had his particular combination of engine expertise, practical seamanship (he had grown up on Keuka Lake), and an intuitive understanding of how air and water interact at the boundary where a hull tries to become a wing.
In January 1911, Curtiss established a winter flying school on North Island in San Diego Bay, offered rent-free by the Spreckels-owned Coronado Beach Company. The island was uninhabited except by jackrabbits, cottontails, and quail. The beaches were flat, the weather was mild, and the water was calm — perfect conditions for the experiments Curtiss had in mind. On January 26, 1911, he flew the first successful seaplane in the United States, lifting a float-equipped biplane off the surface of San Diego Bay while spectators watched from the shoreline and nearby boats.
What followed was a cascade of firsts. On November 14, 1910, Eugene Ely — a Curtiss exhibition pilot from Williamsburg, Iowa, fearless and slightly mad — made the first takeoff from a warship, the USS Birmingham. On January 18, 1911, Ely landed on the deck of the USS Pennsylvania, using a primitive arresting system of sandbags and ropes. Curtiss himself flew a seaplane to the Pennsylvania in February, demonstrating that aircraft could operate as extensions of naval power. The A-1 Triad — named for its ability to operate on land, sea, and air — became the U.S. Navy's first aircraft, delivered in 1911. Curtiss personally trained the Navy's first pilots, including Lieutenant Theodore G. Ellyson, U.S.N., designated Naval Aviator No. 1. He had, almost single-handedly, invented naval aviation.
The school at North Island became the country's most successful aviation academy. Curtiss was rarely selective about students. By 1916, ten locations operated across the country, training men and women from all walks of life. Among the graduates was Emory Conrad Malick, who completed the course at the San Diego winter camp in March 1912 and earned pilot's license No. 105, becoming the first African-American licensed pilot in the United States. Malick — a skilled carpenter and master tile-layer from Seven Points, Pennsylvania, the third of thirteen children — had enrolled after experimenting with gliders on his own. He would barnstorm the Northeast for the next sixteen years.
When war came, Curtiss was ready. The Curtiss JN-4 — the "Jenny" — became the standard training aircraft for the U.S. military, the machine in which more than ninety percent of American pilots learned to fly during World War I. (The design had been led by B. Douglas Thomas, an experienced English engineer Curtiss hired away from Avro and Sopwith — his first serious recruitment of foreign talent and a signal that the small-town tinkerer understood the value of global expertise.) The Curtiss OX-5 engine powered not just the Jenny but a generation of aircraft. Flying boats poured out of Curtiss factories for the U.S. and allied European navies. By the war's end, the Curtiss Aeroplane and Motor Company had expanded to half a dozen factories with over five thousand employees, producing more than a hundred aircraft per week. It was, as one historian put it, "heads and shoulders over any other aviation company in this nation."
And then, in 1919, a Curtiss flying boat did something no machine had ever done. The NC-4 — a multiengine Navy-Curtiss flying boat — crossed the Atlantic Ocean, departing Rockaway, New York, on May 8, 1919, and arriving in Lisbon, Portugal, on May 27, with stops in Newfoundland and the Azores. It was the first transatlantic flight in history, opening the great era of long-distance record flights that would define aviation between the wars.
The Exile of the Founder
Success is supposed to compound. For Curtiss, it subtracted.
Beginning in 1917, as the company scaled to meet wartime demand, Curtiss was gradually eased out of corporate leadership. The Wall Street investors who had financed the expansion wanted management attuned to mass-production practices — men from the automobile industry, men who understood assembly lines and supply chains, not prototyping and test flights. Curtiss was shuffled into an experimental engineering role, a title that sounds prestigious and felt like banishment. The man who had built every major aircraft the company produced was now, in effect, a salaried researcher in his own firm.
It was, by all accounts, traumatic. In the fall of 1920, Curtiss sold a considerable portion of his stock — the exact amount was never disclosed — and effectively severed his connection to the industry he had founded. The Curtiss Aeroplane and Motor Company would merge with Wright Aeronautical in 1929 to form Curtiss-Wright, a corporate union that would have struck both Glenn Curtiss and the Wright brothers as darkly comic, given the decades of litigation. Curtiss-Wright went on to become a major defense contractor; it exists, in attenuated form, to this day.
Curtiss, meanwhile, went to Florida.
Paradise by Other Means
The Florida of the 1920s was an enormous, humid confidence trick played on the ambitions of the American middle class — a land boom driven by cheap acreage, speculative frenzy, and the promise of warm winters. Glenn Curtiss arrived not as a speculator but as a builder, which is perhaps why his Florida projects outlasted the boom.
In partnership with James Bright, a local rancher, Curtiss formed the Curtiss-Bright Company and began acquiring vast tracts of land west of Miami. Their first venture was Hialeah, graded from the spoil-banks of the recently dug Miami Canal. Lots sold faster than streets could be built — one million dollars in just ten days. Hialeah was incorporated in 1921. Curtiss built his first Florida home there, invited his half-brother Carl Adams and other family members south, and watched a "Curtiss colony" take root.
But Hialeah attracted Prohibition-era elements that offended Curtiss's quiet temperament, and he looked across the canal to develop something closer to his vision: Country Club Estates, later renamed Miami Springs, a residential paradise of parkways, winding streets, and a golf course at its center. He moved his family into a Pueblo Revival-style mansion designed by architect Martin Luther Hampton — "Dar-err-aha," or "House of Happiness," as Lena called it — set on thirty acres with a small lake populated by flamingos and swans. He built a grape arbor on the grounds, an echo of Hammondsport.
Curtiss befriended members of the Seminole Tribe, hired them to build the golf course, and invented archery golf with them — a game fast enough to hold his interest, unlike regular golf, which he dismissed as too slow. In late afternoons, he would meet the Seminoles on the course and shoot arrows from hole to hole. He hung twenty-dollar gold pieces in bags at challenging locations; anyone who could shoot through the hoop won the coin.
He also developed Opa-locka, a fantastical planned community designed in a Moorish Revival style that remains one of the most architecturally distinctive small cities in America. And he turned, with the same iterative precision he had applied to engines, to a new obsession: the house trailer. The Curtiss Aerocar — a fully enclosed fifth-wheel trailer built along aircraft construction principles, lightweight and vibration-absorbing — was the last machine Curtiss invented that went into production. It was, in a sense, the logical terminus of a life organized around motion. If you could not fly, you could still move.
Curtiss stands in the forefront of American aeronautical pioneers, second only to the Wright brothers in historical significance.
The Black Spot Where the Crowd Was
Glenn Hammond Curtiss died on July 23, 1930, in Buffalo, New York. He was fifty-two years old. The causes were an embolism and complications from surgery — a body that had endured decades of vibration, exposure, and the accumulated stress of litigation, exile, and reinvention. Lena survived him, continued the legal fights on his behalf, and eventually married H. Sayre Wheeler, who became mayor of Miami Springs.
The Curtiss legacy is a strange and instructive artifact. He holds seventy-two patents. He invented the aileron as a practical control surface — it is used in virtually every modern aircraft worldwide. He founded the first public flying school, taught the Navy to fly, built the first successful American seaplane, produced the first aircraft to take off from and land on a warship, and manufactured the airplane that made the first transatlantic flight. His JN-4 Jenny trained a generation of pilots and then, sold as surplus after the war, became the barnstorming icon that made America air-minded — the cheap, reliable machine that carried daredevils and dreamers over county fairs and cow pastures throughout the 1920s. His company was, at one point, the largest aircraft manufacturer on earth.
And yet: the Forgotten Eagle. The PBS documentary about Curtiss bears that subtitle, and it is apt. The Wright brothers occupy the American imagination with a completeness that leaves little room for the man who took their invention and made it useful. The Wrights flew first. Curtiss flew further, faster, and over water. The Wrights invented the airplane. Curtiss invented the airplane industry.
In Hammondsport, the Glenn H. Curtiss Museum sits on State Route 54, half a mile south of the village where he was born, not far from the field where the June Bug lifted off on July 4, 1908. Inside, volunteers restore historic aircraft in a workshop open to visitors. A replica of the V-8 motorcycle crouches in a display case, satin-black, ears back. In Miami Springs, the Curtiss Mansion — Dar-err-aha, the House of Happiness — has been restored by a community nonprofit and stands on both the city and National Registers of Historic Places. The grape arbor is gone. The flamingos are gone. But the house endures, Pueblo Revival limestone in the subtropical light, a monument to a man who could not stop building things and then moving on.
He had said, after Ormond Beach, that the V-8 run "satisfied my speed craving." It was the only lie he ever told. Nothing satisfied it. He spent his whole life accelerating — from bicycle to motorcycle to airplane to flying boat to real estate to trailer — and each vehicle was merely the current best approximation of a destination he never reached. What he was chasing was the feeling described in those twenty-six seconds on the sand: the world reduced to a streak, the self dissolved in velocity, everything inessential burned away by speed until only the machine and the problem and the solution remained.
All he could see was a black spot where the crowd was. And then it was behind him.
