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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 51 Filter by term plus Exclude term minus
  • Propulsion systems 51 Filter by term plus Exclude term minus
  • Reciprocating (piston) engines 46 Filter by term plus Exclude term minus
  • Rotary engines 46 Filter by term plus Exclude term minus
  • Jet aircraft 5 Filter by term plus Exclude term minus
  • Turbines 5 Filter by term plus Exclude term minus
  • 1940s 4 Filter by term plus Exclude term minus
  • National Air and Space Museum Collection 51 Filter by term plus Exclude term minus
  • Boeing Aviation Hangar 2 Filter by term plus Exclude term minus
  • Steven F. Udvar-Hazy Center in Chantilly, VA 2 Filter by term plus Exclude term minus
  • Not determined 16 Filter by term plus Exclude term minus
  • CC0 4 Filter by term plus Exclude term minus

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Included:

  • Remove Place: Japan close

Hitachi Hatsukaze 11, Ha 11 Model 11, Inverted In-line 4 Engine

Mitsubishi Kasei 22, Ha 32 Model 22 (MK4Q), 2-Row, Radial 14 Engine

Mitsubishi Type 1, Ha 31 Model 21 (Ha 102), 2-Row, Radial 14

Mitsubishi Type 1, Ha 31 Model 21 (Ha 102), 2-Row, Radial 14 Engine

Engine, Nakajima Homare 21 (NK9H, Ha45-21), 2-Row, Radial 18

Nakajima Homare (NK9C, Ha45-12) Model 12, 2-Row, Radial 18 Engine

Nakajima Homare (NK9C, Ha45-12) Model 12, 2-Row, Radial 18 Engine

Mitsubishi Type 1, Ha 31 Model 21 (Ha 102), 2-Row, Radial 14 Engine

Nakajima Homare 12, Ha 45 Model 12, 2-Row, Radial 18 Engine

Ne-20, Naval Air Technical Arsenal, Kugisho Turbojet Engine

Engine, Kugisho Ne-20, Naval Air Technical Arsenal Turbojet

Air Technical Arsenal TR-30 Turbojet Engine, Mock-up

Air Technical Arsenal Tsu-11 Campini-type engine

Nakajima Homare 21, Ha 45 Model 21 Radial 18 Engine

Mitsubishi Ha 43 Model 11 (Ha 211 Ru), Radial 18 Engine

Nakajima Ha 105 Toku, Radial 14 Engine

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

Mitsubishi Kinsei 62, Ha 33 Model 62, Radial 14 Engine

Hitachi Amakaze 31 (Ha 23-31), Imperial Japanese Navy, Radial 9 Engine

Mitsubishi Kasei 23 'Ko', Ha 32 Model 23 'Ko', Radial 14 Engine

Nakajima Type 2 1450hp, Ha 34 Model 11, Radial 14 Engine

Engine, Nakajima Ha 44 Model 12 Ru (Ha 219 Ru), Radial 18

Mitsubishi Kinsei 62, Ha 33 Model 62, Radial 14 Engine

Engine, Mitsubishi Ha 43 Model 11 Ru (Ha 211 Ru), Radial 18

Engine, Hitachi Hatsukaze Toku Model 13, (Tsu-11), Inverted In-line 4 Engine

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

Engine, Yokosuka Naval Air Arsenal YE3B (Ha 74 Model 01), X-24

Engine, Mitsubishi Ha 43 Model 11 Ru (Ha 211 Ru), Radial 18

Yokosuka Naval Air Arsenal YE2H (Ha 73 Model 01), W-18 Engine

Nakajima Ha 15 or Ha 39, W-18 Engine

Engine, Mitsubishi 14 cylinders

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

Mitsubishi Kinsei 62, Ha 33 Model 62, Radial 14 Engine

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

Mitsubishi Ha 42 Model 41 Ru (Ha 214 Ru), Radial 18 Engine


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