Glenn Curtiss —
hot on their heels

Glenn Hammond Curtiss was born on May 21,
1878, in Hammondsport, New York,
near Keuka Lake, one of the
Finger Lakes in upstate New York. He received little
formal education and his father
died when Glenn was only five
years old. The family made a meagre living from the
vineyard they cultivated in their front yard. In
1900, he took over a bicycle
repair shop (ironically, just the
profession the Wrights had chosen), and he soon established
a reputation as a
speedster. Speed, in fact, was to become
an obsession for Curtiss all his life.
He was a
champion cyclist in 1900,
and in 1901 he added a motor to the
bicycle and became a champion
motorcyclist. By 1902, he
was being asked to design motorcycles and engines
for other racers, and in
1903 he opened a factory in
Hammondsport, producing motorcycles and engines
acknowledged to be the best—meaning, with the highest
power-to-weight ratio. In 1904, Curtiss raced one of his
machines at Ormond Beach, Florida, and established a land
speed record of sixty-seven miles per hour over a ten-mile
course, a record that stood for seven years. (In 1907, he
set an unofficial world speed record on a motorcycle —136
miles per hour, a speed then unimaginable to most people.)
Initially, Curtiss had little interest in aviation.
His
first foray into the field was as the provider of engines
for dirigibles built by Thomas Scott Baldwin. In 1904, a
Baldwin dirigible, the California Arrow, became the first
American dirigible to complete a circular course, and by
1906 Curtiss-powered Baldwin dirigibles were in demand
across the country. Dirigibles were too slow to interest
Curtiss, but he developed a lifelong friendship with Baldwin
and had his first taste of flight piloting a Baldwin
balloon. In August of 1906, a fateful meeting took place
between Curtiss and the Wrights. Curtiss had accompanied
Baldwin to the Dayton Fair to help him demonstrate his
dirigibles; the Wrights also attended (and on one occasion
even helped retrieve a dirigible that went astray).
Baldwin
and Curtiss visited the Wright bicycle repair shop. By this
time, the Wrights had become secretive as they awaited the
protection of a patent. They would not show, their visitors
their airplane, but, regarding the pair as mere balloonists
with no interest in airplanes, they were very forthcoming
with information about their work and discussed aeronautics
at length with the visitors. What the Wrights did not
realize at the time was that Curtiss had already delivered
an engine to Alexander Graham Bell, the famous inventor of
the telephone, and that plans were afoot to marry Curtiss’
engine-building abilities with the others’ aeronautic
talents to create airplanes.
In the legal
wrangling that
subsequently arose between the Wrights and Curtiss, these
August 1906 conversations were pointed to as the source of
Curtiss’ work in aviation and formed the basis of the
Wrights’ suit for patent infringement. (Interestingly, an
almost identical set of circumstances lay at the heart of
the patent suit over electronic computers brought by John
Atanasoff against John Mauchly and J. Presper Ecker, and won
by Atanasoff for the same reasons in 1973.) Curtiss was a
complex individual, and it is difficult to determine his
attitude completely.
Sometimes he seemed to be trying to
avoid confrontation with the Wrights or provoking them; at
other times he seemed bent on keeping them busy with
litigation while he moved on to other areas of aviation. Curtiss’ failed 1914 attempt to prove that Langley’s
Aerodrome was really the first machine capable of flight
probably precluded any possibility of reconciliation. In
1915, Orville sold his share of the Wright company, and
though the new owners continued the litigation, in 1917,
after the United States entered World War I, the government
created a patent pool for all aircraft devices created to
that time, making the entire question an academic one.

Glenn Curtiss at the controls of an experimental
aircraft.
His experience racing motorcycles helped him improve on the
efficiency of aircraft design and propulsion systems.
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