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- Engineers Preparing Shelby Cobra Daytona Coupe for the Daytona Continental 2000 km Race, February 1965 - Carroll Shelby's Shelby American racing team entered six cars in the 1965 Daytona Continental 2000-Kilometer Race. Of those six cars, four -- two Ford GT40s and two Shelby Cobra Daytona Coupes -- finished in the top five positions. The overall victory went to the team's #73 GT40 driven by Ken Miles and Lloyd Ruby -- the first win by a GT40 anywhere.
- February 28, 1965
- Collections - Artifact
Engineers Preparing Shelby Cobra Daytona Coupe for the Daytona Continental 2000 km Race, February 1965
Carroll Shelby's Shelby American racing team entered six cars in the 1965 Daytona Continental 2000-Kilometer Race. Of those six cars, four -- two Ford GT40s and two Shelby Cobra Daytona Coupes -- finished in the top five positions. The overall victory went to the team's #73 GT40 driven by Ken Miles and Lloyd Ruby -- the first win by a GT40 anywhere.
- Fifteen-Millionth Model T Engine on Assembly Line on Last Day of Model T Production, May 26, 1927 - The assembly of the fifteen millionth Model T, the ceremonial "last" Model T, was a major event for Ford Motor Company. The automaker's eight senior-most employees -- Fred Rockelman, Gus Degener, Frank Kulick, Charles Meida, Charles Sorensen, Charles Hartner, P.E. Martin, and John Wandersee -- each hand-stamped one of the serial number's eight digits into the engine's number plate.
- May 26, 1927
- Collections - Artifact
Fifteen-Millionth Model T Engine on Assembly Line on Last Day of Model T Production, May 26, 1927
The assembly of the fifteen millionth Model T, the ceremonial "last" Model T, was a major event for Ford Motor Company. The automaker's eight senior-most employees -- Fred Rockelman, Gus Degener, Frank Kulick, Charles Meida, Charles Sorensen, Charles Hartner, P.E. Martin, and John Wandersee -- each hand-stamped one of the serial number's eight digits into the engine's number plate.
- Biodiesel Filter, circa 2011 - This Goldenrod Biodiesel Bio-Flo filter helps remove impurities in the fuel. Biodiesel is made from vegetable oils or animal fats. Diesel engines can be adapted to run on biofuels.
- circa 2011
- Collections - Artifact
Biodiesel Filter, circa 2011
This Goldenrod Biodiesel Bio-Flo filter helps remove impurities in the fuel. Biodiesel is made from vegetable oils or animal fats. Diesel engines can be adapted to run on biofuels.
- "Ford V-8 Engine Shows its Inner Workings," Ford Exposition, New York World's Fair, 1939 - Henry Ford viewed national expositions as business opportunities <em>and</em> platforms for public education. During the 1939-40 New York World's Fair, Ford Motor Company spent more than $5 million to build and maintain an elaborate exposition space. Informative displays and manufacturing demonstrations inside Ford's massive fair building offered visitors an in-depth, entertaining, and educational look at industrial processes.
- May 03, 1939
- Collections - Artifact
"Ford V-8 Engine Shows its Inner Workings," Ford Exposition, New York World's Fair, 1939
Henry Ford viewed national expositions as business opportunities and platforms for public education. During the 1939-40 New York World's Fair, Ford Motor Company spent more than $5 million to build and maintain an elaborate exposition space. Informative displays and manufacturing demonstrations inside Ford's massive fair building offered visitors an in-depth, entertaining, and educational look at industrial processes.
- Cosworth DFX V-8 Engine, 1975-1985 - The Cosworth DFX engine won its first race in 1976. The turbocharged V-8, based on an earlier Formula One engine designed by British firm Cosworth and funded by Ford Motor Company, dominated Indy car racing well into the 1980s. Cosworth DFX engines powered all ten Indianapolis 500 winners between 1978 and 1987.
- 1975-1985
- Collections - Artifact
Cosworth DFX V-8 Engine, 1975-1985
The Cosworth DFX engine won its first race in 1976. The turbocharged V-8, based on an earlier Formula One engine designed by British firm Cosworth and funded by Ford Motor Company, dominated Indy car racing well into the 1980s. Cosworth DFX engines powered all ten Indianapolis 500 winners between 1978 and 1987.
- Ford "Calliope" V-8 Automobile Engine, 1968 - Ford engineers developed the aluminum-block 427-cubic-inch "calliope" engine for the 1968 Le Mans 24-hour race. Three valves per cylinder were connected to pushrods driven by twin camshafts in the block. The distinctive fuel injector stacks above each cylinder, resembling whistles on a musical calliope, gave the engine its nickname. Rules changes at Le Mans prevented the engine from ever racing.
- 1968
- Collections - Artifact
Ford "Calliope" V-8 Automobile Engine, 1968
Ford engineers developed the aluminum-block 427-cubic-inch "calliope" engine for the 1968 Le Mans 24-hour race. Three valves per cylinder were connected to pushrods driven by twin camshafts in the block. The distinctive fuel injector stacks above each cylinder, resembling whistles on a musical calliope, gave the engine its nickname. Rules changes at Le Mans prevented the engine from ever racing.
- Engineer Working at the Ford Motor Company Rouge Plant, August 3, 1942 -
- August 03, 1942
- Collections - Artifact
Engineer Working at the Ford Motor Company Rouge Plant, August 3, 1942
- One-Millionth Four Cylinder Ford Model T Engine, 1915 - Ford Motor Company built its one millionth Model T engine in 1915, some seven years after the model debuted. Ford's annual production rate climbed even before the moving assembly line was fully implemented in late 1913. The automaker's use of interchangeable parts, specialized machines, and a highly developed station assembly system fueled that growth prior to the assembly line.
- 1915
- Collections - Artifact
One-Millionth Four Cylinder Ford Model T Engine, 1915
Ford Motor Company built its one millionth Model T engine in 1915, some seven years after the model debuted. Ford's annual production rate climbed even before the moving assembly line was fully implemented in late 1913. The automaker's use of interchangeable parts, specialized machines, and a highly developed station assembly system fueled that growth prior to the assembly line.
- Crowds near Motor Assembly, Ford Exposition, New York World's Fair, 1939 - Henry Ford viewed national expositions as business opportunities <em>and</em> platforms for public education. During the 1939-40 New York World's Fair, Ford Motor Company spent more than $5 million to build and maintain an elaborate exposition space. Informative displays and manufacturing demonstrations inside Ford's massive fair building offered visitors an in-depth, entertaining, and educational look at industrial processes.
- 1939
- Collections - Artifact
Crowds near Motor Assembly, Ford Exposition, New York World's Fair, 1939
Henry Ford viewed national expositions as business opportunities and platforms for public education. During the 1939-40 New York World's Fair, Ford Motor Company spent more than $5 million to build and maintain an elaborate exposition space. Informative displays and manufacturing demonstrations inside Ford's massive fair building offered visitors an in-depth, entertaining, and educational look at industrial processes.
- Drawing of the 1893 Kitchen Sink Engine, "Diagram of 4 Cycle Internal Combustion Engine" - This 1934 diagram uses Henry Ford's experimental 1893 Kitchen Sink Engine to illustrate the operation of a four-stroke internal combustion engine. Stroke one draws air and fuel into the cylinder. Stroke two compresses the air-fuel mixture. In the power stroke, a spark ignites the mixture which forces the piston down, turning the crankshaft. Stroke four pushes exhaust from the cylinder.
- December 23, 1934
- Collections - Artifact
Drawing of the 1893 Kitchen Sink Engine, "Diagram of 4 Cycle Internal Combustion Engine"
This 1934 diagram uses Henry Ford's experimental 1893 Kitchen Sink Engine to illustrate the operation of a four-stroke internal combustion engine. Stroke one draws air and fuel into the cylinder. Stroke two compresses the air-fuel mixture. In the power stroke, a spark ignites the mixture which forces the piston down, turning the crankshaft. Stroke four pushes exhaust from the cylinder.