Wright Flyer
The Wright brothers’ 1903 aircraft made the first widely recognized successful powered, controlled, sustained flights by a heavier-than-air machine.
Three-axis control: A system for controlling an aircraft’s roll, pitch, and yaw independently. The Flyer coordinated three control axes to turn while maintaining balance.
Wright brothers: American aviation pioneers Orville and Wilbur Wright, who designed and flew early controlled, powered aircraft. Their experiments and engineering produced the Flyer.
First flight of the Wright Flyer: The Wright Flyer’s first powered flight, made by Orville Wright near Kitty Hawk, North Carolina, on December 17, 1903. This short flight began the aircraft’s four successful flights that day.
History of aviation: The development of human flight, from early experiments to modern aircraft and spaceflight. The Flyer marks a widely recognized threshold in powered, controlled airplane flight.
Wing-warping: A flight-control method that twists a wing’s surfaces to change lift and produce roll. The Wrights used wing-warping to control the Flyer’s roll.
Wright gliders: A series of glider aircraft developed by the Wright brothers between 1900 and 1902. The gliders tested the controls and aerodynamic ideas carried into the Flyer.
Wright Flyer flights of December 17, 1903: Four powered flights made by Orville and Wilbur Wright at Kitty Hawk on December 17, 1903. The sequence demonstrated repeated controlled flight, culminating in the day’s longest flight.
Curtiss–Wright patent war: A series of legal disputes over aircraft patents between the Wright brothers and other American aviation interests. Claims stemming from Wright aircraft-control patents affected the Flyer’s legacy and aviation businesses.
Canard (aeronautics): An aircraft configuration with a horizontal control surface positioned ahead of the main wing. The Flyer’s forward elevator let its pilot control pitch.
Wright wind tunnel: A small wind tunnel the Wright brothers used to measure the lift and drag of model wings. Its measurements helped them replace inaccurate published aerodynamic data.