The Wright Brothers 1903 Flyer
“The desire to fly is an idea handed down to us by our ancestors who... looked enviously on the birds soaring freely through space... on the infinite highway.
Updated
On this page
Key takeaways
- ***“The desire to fly is an idea handed down to us by our ancestors who…
- All they needed was steady winds and sandy beaches, and a remote fishing town on the Outer Banks of North Carolina, Kitty Hawk, fit the bill perfectly.
- What’s remarkable, though, even after more than a century of flight in air and space, the Wrights would find some of the fundamental things very familiar.
“The desire to fly is an idea handed down to us by our ancestors who… looked enviously on the birds soaring freely through space… on the infinite highway of the air.”
― Wilbur Wright
One of the most important and well-known mechanical artefacts in the history of mankind is the Wright Brothers 1902 Flyer. The original aircraft can be found hanging in the expansive exhibit gallery of the Smithsonian Institutions National Air and Space Museum. Suspended in the air, this hand-made wooden assemblage is an awe-striking structure in its own right and is credited with inaugurating the aeronautical age.
Men of simple tastes and towering ambition, the Wright Brothers, were skilled where it mattered and resolute in the face of failure. The fragile piece of minimalist engineering that took to the skies almost 120 years ago was no small feat for these bicycle mechanics. With no institution backing them, no masterminds to guide them, and nothing in the way of tangible ideas, the credit for the 1902 Flyer lies solely with their ingenuity and perseverance.
Original diagram for Techfastly by Vin Patel.
Picture: Wilbur Wright (left) and Orville Wright (right) in 1905
From the Dawn of Time #
Ever since the start of the literary ages, mankind seems to have been predestined to study flight. One scholar in Spain in the year 875 is known to have covered himself with feathers in an attempt to fly. Others devised wings and jumped from rooftops only to meet untimely demises. Leonardo Da Vinci claimed he was preordained to study flight, ever since he saw a kite soaring into his cradle. His studies were considered the most scientific in early history.
For the Wright brothers, it began with a toy created by Alphonse Penaud. A little more than a stick with twin propellers and twisted rubber bands, the helicopter was a gift for the boys from their father, Bishop Milton Wright. So enamored were they with this bit of plaything that Orville would tell his teachers when he was still a little boy that one day, he and his brother would create a machine that would let them fly.
The Early Days #
Both Wilbur (born in 1867) and Orville Wright (born in 1871) never completed their high-school degrees. While a conscious decision on their part, foregoing higher degrees did not mean the end of learning for the two. Supplanting what they had learnt in school with a great deal of private study, the boys at a young age had shown that they were far ahead of their peers in almost every subject. As Orville once reflected, “We were lucky to grow up in an environment where there was always much encouragement to children to pursue intellectual interest; to investigate whatever aroused curiosity…”
Around 1892, when bicycles had become the rage, the Wright Brothers, much like the rest of the country, took to the streets with their newfound passion – cycling. By 1893, the brothers opened the Wright Cycle Exchange, selling and repairing bicycles and within two years started building their own bikes, available to order. In the summer of 1896, Orville Wright was struck with the dreaded typhoid fever. While nursing the then 25-year-old Orville back to health, Wilbur came across the works of German glider Otto Lilienthal whose published works and stories reignited the brothers dormant passion for taking to the skies.
From there, one book at a time - ‘Animal Locomotion’ to ‘Dissertation on Aeronautics’, the brothers consumed it all. On May 30, 1899, almost three years after Orville’s recovery, Wilbur finally felt ready to embark on what many termed a mad man’s gambit.
The Wings of Birds #
Wilbur turned to the Smithsonian’s extensive library of resources for help with their own literary resources exhausted.
Within a month of gaining access to even more exhaustive resources, Wilbur felt he was onto something. By now, he had come to the conclusion that the key to successful flight lay in one word - Equilibrium - the difficulty was not to get into the air but to stay there with sufficient control.
Wilbur’s observation of birds in flight had convinced him that all asians used their wings to adjust their balance in the air. By varying the tips of their wings so as to present one end at a raised angle and the other at a lowered angle, birds maintain their balance and equilibrium during flight.
This was in contrast to what humans had been trying. Past experiments had pilots shifting their weight towards the left or right to control the movement of the aircraft, thereby affecting their stability while in the air.
For the Wright brothers, this was their first significant discovery – Wing Warping, a critical and altogether original advancement towards their goal.
Theoretically, with wing warping, a pilot could pull wires to maintain the crafts equilibrium or bank into a left or right turn, known as roll control. Ailerons, which are control flaps on the trailing edges of the wings, are used today, but the concept was developed by the Wrights and was a crucial component in their patent for the plane.
1900 #
By Spring 1900, the brothers were ready to experiment with a manned glider. All they needed was steady winds and sandy beaches, and a remote fishing town on the Outer Banks of North Carolina, Kitty Hawk, fit the bill perfectly.
In September 1900, they set up their tent in the sandy banks of Kitty Hawk. Initially seen as a couple of eccentrics, they soon had even the humble townsfolk rooting for them. In the words of a long-time resident of the time - the Wrights were the “two of the workingest boys” ever seen, and in a place where everyone worked hard to make ends meet, their grit and hard work felt right in place and won many a supporter.
On October 19, Wilbur made his first manned flight in the engine-less glider, recording flights of 300-400 feet in length and speeds of nearly 30 miles an hour. Now that the glider worked better than anyone else’s had in the past, they felt sufficiently ready to notch things up a bit.
1901 #
By July 1901, the brothers were back in Kitty Hawk, with a larger glider and a wing design recommended by Lilienthal. But after days of experiments, most of which were massive failures, they eventually realized that Lilienthal’s calculation on the curvature of the wings was drastically wrong. Verses that their own design from the previous year had more stability and control. So they reverted back to their design, and the new machine, as Wilbur himself wrote, “never failed to respond properly to even small movements of the rudder”.
But for that year, that was the last time luck favored them. Any more attempts to fly the glider proved to be a failure. With downed spirits and feeling like they had hit the lowest point in their endeavor, the brothers headed back to Dayton.
But as with many inventors, the thrill of a new idea ultimately wins, and Wilbur once again began work in earnest. With their former trust in the calculations of those they looked up to shattered, the brothers set out in the autumn of 1901 to crack the code of the aeronautics themselves. By the summer of 1902, the brothers were back in Kitty Hawk with a new and improved glider. Improving the design as they went along, the brothers added a movable back rudder and attached that to the warping of the wings, by way of a hip cradle, much like the use of hips in manoeuvring a bicycle.
The new glider performed remarkably well – it flew better, glided 600 feet in one test and gave the pilot a lot more control in the air. All in all, 1902 ended as a successful testing season. Now all they had to come up with was the motor.
1903 #
By 1903 Dayton was firmly in the midst of an industrial revolution. Automobiles had hit the streets. Gasoline pumps were becoming more and more common, and as far as the brothers were concerned, interest in a flying machine was on the rise.
In December 1903, the brothers once again headed back to Kitty Hawk, with a glider and an engine in tow. On December 17 1903, the brothers decided to carry out their first tests with the new motor on a freezing cold day. It was Orville’s turn to pilot the new craft. At exactly 10:35, Orville, now positioned on his stomach at the controls, slipped the rope restraining the Flyer, and it slowly headed forward, pushing against a fierce headwind. At the end of the track, the Flyer lifted into the air and stayed afloat for a total of 12 seconds, covering 120 feet. As the Flyer lifted off the ground, Daniels, a long time resident of Kitty Hawk, snapped the shutter in what would become the most historic photograph of the century.
At around noon, Wilbur took the aircraft for a fourth test. This time around, he was in the air for 59 seconds and a distance of 852 feet. Their original Flyer never took to the air again after its single day of triumph. It had served its purpose as a proof-of-concept vehicle, and the Wrights moved on to the larger, more durable craft. By 1905, they had substantially improved the design and added a sturdier motor.
But not until 1908 did the Wrights begin to receive recognition. Wilbur’s test flight in France won over doubters in public demonstrations that year, while Orville’s in Virginia brought an Army contract. Wilbur Wright died of typhoid fever on May 30, 1912, at 45. His younger brother died on January 30, 1948, at 76.
Today the brothers are survived by more than a museum artefact. They, after all, have set the standard for the problem-solving methodology of modern aeronautics. Never again has the world been the same. What’s remarkable, though, even after more than a century of flight in air and space, the Wrights would find some of the fundamental things very familiar.
Related reading