AP 118 · No. 10 Section II · Aircraft Plate 03 / 205

Plate 03 of 205 · Pioneers · Experimental powered aeroplane

Wright Flyer

Flyer (1903), replica, painted as A full-size replica of the 1903 Wright Flyer, the canard biplane in which Orville and Wilbur Wright made the first sustained, controlled powered flights at Kill Devil Hills, near Kitty Hawk, North Carolina, on 17 December 1903, displayed at the Yorkshire Air Museum at Elvington: two wings of 40 ft 4 in span with drooping tips and rib pockets sewn into the cloth, trussed by spruce struts and wire bracing, a biplane elevator out in front on ash outriggers, twin movable rudders on booms behind, a 12 hp four-cylinder engine lying beside the pilot’s empty hip cradle and driving two pusher propellers by chains, one chain crossed so they turn in opposite directions, and long skids beneath, shown standing level: white muslin wings, elevator and rudders, orange varnished spruce struts and paler ash outriggers and skids, a black engine, radiator, fuel tank and chain tubes, bare wooden propellers with yellow tips, and four small black spoked display wheels under the skids, as it stands at Elvington (the geometry follows the published three-view of the 1903 machine; the wheels belong to the replica, not the original).

3D model

Turn it over

A procedural model built in Blender from published dimensions, drawings and photographs, painted as A full-size replica of the 1903 Wright Flyer, the canard biplane in which Orville and Wilbur Wright made the first sustained, controlled powered flights at Kill Devil Hills, near Kitty Hawk, North Carolina, on 17 December 1903, displayed at the Yorkshire Air Museum at Elvington: two wings of 40 ft 4 in span with drooping tips and rib pockets sewn into the cloth, trussed by spruce struts and wire bracing, a biplane elevator out in front on ash outriggers, twin movable rudders on booms behind, a 12 hp four-cylinder engine lying beside the pilot’s empty hip cradle and driving two pusher propellers by chains, one chain crossed so they turn in opposite directions, and long skids beneath, shown standing level: white muslin wings, elevator and rudders, orange varnished spruce struts and paler ash outriggers and skids, a black engine, radiator, fuel tank and chain tubes, bare wooden propellers with yellow tips, and four small black spoked display wheels under the skids, as it stands at Elvington (the geometry follows the published three-view of the 1903 machine; the wheels belong to the replica, not the original). Drag to orbit, scroll or pinch to zoom · download .glb (374 KB)

Data plate

Specification

First flight, number built and top speed are for the whole family (replica); engine, crew and dimensions are for the Flyer (1903), replica modelled here.

History

The Wright Flyer

Wilbur and Orville Wright ran a bicycle business in Dayton, Ohio, and from 1899 spent their spare time on the problem of flight. They began with a kite to test their idea of warping the wings to roll the machine, then built three gliders and flew them from the sand dunes at Kill Devil Hills, near Kitty Hawk on the North Carolina coast. When the 1901 glider lifted far less than the published figures promised, they built a small wind tunnel at home and measured hundreds of wing shapes for themselves. The 1902 glider, built from those figures, made somewhere between 700 and 1,000 glides and gave them a machine they could control in roll, pitch and yaw.

The Flyer of 1903 was that glider scaled up and given power. Its two wings, 40 ft 4 in across and drooped slightly at the tips, were spruce and ash covered with muslin; a biplane elevator stood out in front and twin rudders behind. No maker would supply a light enough engine, so their mechanic Charlie Taylor built one to their design, a four-cylinder engine of about 12 hp with an aluminium crankcase. It lay on the lower wing beside the pilot and turned two propellers behind the wings by bicycle-style chains, one chain crossed so that the propellers turned in opposite directions. The pilot lay prone in a hip cradle, warping the wings and turning the rudders by shifting his hips and working the elevator with a lever.

Wilbur won the coin toss and made the first attempt on 14 December, but the Flyer climbed too steeply, stalled and came down after three seconds. Repaired, it was ready again on 17 December. At about 10.35 that morning, into a cold wind of more than 20 mph, Orville flew 120 ft in 12 seconds from a wooden launching rail. The brothers took turns for three more flights, and on the fourth Wilbur covered 852 ft in 59 seconds. Soon afterwards a gust caught the parked Flyer and rolled it over, damaging it too badly to fly again that year, and it never flew again. The brothers went on to build the Flyer II and the Flyer III of 1905, the first truly practical aeroplane.

This airframe

Wright Flyer replica at Elvington

ReplicaThe airframe modelled

The Yorkshire Air Museum’s full-size replica of the 1903 Flyer hangs from the roof of one of the hangars at Elvington, the only Wright Flyer the gazetteer records in a British museum. The museum does not publish its history, and press accounts of where and when it was built differ, so they are left out here. The model shows it as photographed there, but standing level rather than hung: white muslin wings, elevator and rudders with the rib pockets showing through, orange varnished spruce struts and paler ash outriggers, skid fronts and rudder booms, a black engine, radiator and fuel tank, bare wooden propellers with yellow tips, and four small black spoked wheels under the skids, which the 1903 machine did not have (it took off from a rail and landed on its skids). The shape follows the published three-view drawing of the 1903 Flyer; with the wheels the replica stands about 20 cm taller than the original.

See it at Yorkshire Air Museum

Where to see one

In the gazetteer

The gazetteer records the Wright Flyer in one UK collection. The airframe modelled here is marked.

Every airframe and serial All 205 plates

Profiles and models are procedural interpretations built in Blender from published dimensions, three-view drawings and photographs of each airframe. Treat the museum aircraft as the reference.