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Propulsion

Air and Space Museum

On the morning of December 17, 1903, the world’s first successful aeronautical propulsion system—a gas engine, propellers, and the equipment needed to make them operate—took to the air on the Wright Flyer.  The aeronautical community continued to refine that system until the introduction in the 1940s of gas turbine engines, which revolutionized the design and use of aircraft. The Smithsonian Institution took an early interest in preserving the history of aircraft propulsion.  The first aircraft propulsion artifacts accessioned by the Smithsonian in 1889 was a model aircraft steam engine and two wood-and-fabric propellers designed by John Stringfellow.  Since then, the collection has evolved into the premier collection of its type in the world.

The propulsion collection includes reciprocating and rotary internal combustion and gas turbine engines, propellers, and the components and support technologies, or accessories, that deliver the needed air, water, fuel, and oil to an engine.  All of these artifacts reveal the multiple approaches used to improve the performance of the airplane during the 20th century.


  • National Air and Space Museum 615 Filter by term plus Exclude term minus
  • Propulsion systems 611 Filter by term plus Exclude term minus
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Junkers Jumo 211, Inverted V-12 Engine,

Engine, BMW 801TJ, Radial 14

Curtiss Ricardo R-6, In-line 6 Engine

Marquardt (General Tire and Rubber) 8 Inch (20.3 cm) Diameter Pulsejet

Marquardt (General Tire and Rubber Company) 12 Inch (30.5 cm) Diameter Pulsejet

Wright Cyclone R-3350-91TC, Radial 18 Engine

Bristol-Siddeley Pegasus Mk. 5 Turbofan Engine

General Electric GE4, SST Turbojet Engine

Baldwin Red Devil Propeller, fixed-pitch, two-blade, wood

Le Rhone Model J 9 Cylinder Rotary Engine

Hispano-Suiza (Wright-Martin E), V-8 Engine

Engine, Curtiss OX-5, V-8

Liberty 12 Model A (Lincoln), V-12 Engine

Mitsubishi Kasei 21, Ha 32 Model 21, Radial 14 Engine

Curtiss Conqueror V-1550, V-12 Engine

Pratt & Whitney JT3D-1 Production Prototype Turbofan Engine

Clerget 9 A Diesel, Radial 9 Engine

Pratt & Whitney Wasp Jr. R-985-AN-1, Radial 9 Engine

Pratt & Whitney T34-P-7WA Turboprop Engine

Turboprop, Pratt & Whitney T34-P-3, Cutaway

Side view of black four cylinder engine. Wiring connecting to the exhaust pipes of the cylinders.

Heath-Henderson B-4 In-line Engine

Lycoming T53-L-13 (LTC1K-4) Turboshaft Engine

Engine (Cutaway), Wright (Armstrong Siddeley) Sapphire J65-W-14 Turbojet

Wright CH-2120 Radial 12 Engine

Pratt & Whitney Wasp Major XR-4360-4, Radial 28 Engine

Engine, Mitsubishi Kasei Model 25 (Ha 32 Model 25), Radial 14

Engine, Nakajima Homare 21, Ha 45 Model 21, Radial 18

Hitachi, Army, Type 98 (Ha 13 "Ko" Model 2), Radial 9 Engine

Lycoming XH-2470-7, H-24 Engine

Westinghouse J40-WE-8 Turbojet Engine

Austro-Daimler D-35, V-12 Engine

Naval Aircraft Factory XV-715-2, Inverted V-12 Engine

Liberty 12 Model A, V-12 Engine

Wright Cyclone R-3350-14, Radial 18 Engine

Engine, Nakajima Army Ha-145 Homare, Radial 18


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