Archive for the ‘Auto Pioneers’ Category

Made in Indiana 1913

Tuesday, April 9th, 2013

One hundred years ago, Indiana made a name for itself in the automotive industry, In spring 1913, Indiana ranked second among the states in the manufacturing of automobiles. More than 40 manufacturers of pleasure cars and commercial vehicles marketed their products with a total value exceeding $50,000,000. Plus, Indiana manufacturers won the first two Indianapolis 500 mile races in 1911 and 1912.

But the story of early success begins a few years prior. Indiana’s plentiful supply of lumber lured several industries into its borders, including the makers of carriages and wagons during the mid to late 1800’s. The automobile industry in this time frame was a natural offspring of carriage manufacturers, which could provide not just parts but skilled labor as well.


Elwood Haynes with his 1894 Pioneer

Elwood Haynes with his 1894 Pioneer

Elwood Haynes demonstrated one of America’s first gasoline automobiles along the outskirts of Kokomo, Indiana, on July 4, 1894. Nearly 20 years later Indiana was one of the leading automotive manufacturing states.

Instrumental to Indiana’s auto growth were Carl G. Fisher and James A. Allison, who met in Indianapolis during the bicycle craze of the early 1890’s. They went on to form the Prest-O-Lite Company to develop headlight systems. Their bicycling companion Arthur C. Newby was one of the founders of the Diamond Chain Company and the National Motor Vehicle Company. In 1909, these individuals along with Frank H. Wheeler founded the Indianapolis Motor Speedway to establish American automobile supremacy.

These are a sampling of the innovative Hoosier auto pioneers who contributed to the growth of Indiana’s auto industry.

The April 1913 American Motorist states “For though competition is as keen in Indiana as elsewhere, the attitude of the business man in the automobile industry in that State shows a spirit which is both refreshing and significant. The men of Indiana take a big and broad view that the market is large enough to take all of their products and pay good prices for them and that they can sell the output of their factories without crushing one another.”

American Motorist further notes “The fraternal spirit of the automobile men is crystallized in the Indiana Automobile Manufacturers Association. Like the Tribes of old, the men of Indiana annually marshal their forces and carry the banner of the Hoosier State through the villages and towns near their State.”

In 1912, during the IAMA’s Four-States Tour, 28 member vehicles participated in a 16-day trip through Indiana, Ohio, West Virginia, and Kentucky. In this way, the participants reached the eyes and ears of about 5,000,000 people. These tours were non-competitive events operated under a gentleman’s agreement, which agreement was kept in letter and spirit.

Made In Indiana
Said the man form California
To his friend from Bangor, Maine:
“Have you heard the latest slogan?
Have you caught the sweet refrain?”
Said the man from Bangor,
Yes, Sir,”
And they warbled forth this glee:
“If it’s made in Indiana,
Oh, it’s good enough for me!”
–W.M. Herschell, in the American Motorist, April 1913

I believe that Indiana’s skilled laborers, entrepreneurial Hoosier individuals, and the IAMA fostered a spirit of cooperation and collaboration that allowed the member companies to grow and prosper in the competitive automotive market of the early 1900’s.

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Is this an automotive first?

Monday, December 10th, 2012

This fall while planning the Lincoln Highway Centennial Event in Indianapolis, I stopped by at the Indianapolis Motor Speedway Hall of Fame Museum. One of the first cars I noticed was the Premier Special. Suddenly, I noticed that this car featured a single overhead camshaft (SOHC), hemi-head, four-cylinder engine. I wondered if this was an automotive first.

I was aware of some European engines featuring overhead camshaft designs that postdate the Premier Special. Upon further research, I found that the Premier Special possesses the world’s first engine with an overhead camshaft, inclined valves, and magneto ignition.


Carl Fisher with 1904 Premier Comet

Carl Fisher with 1904 Premier Comet
Photo courtesy of FirstSuperSpeedway.com

On October 1, 1904, Hoosier entrepreneur Carl G. Fisher won the five-mile Diamond Cup race in Chicago, Illinois, driving the factory-entered Premier Comet. After his success driving the Comet, Fisher commissioned George Weidely of the Premier Motor Corporation of Indianapolis to build him a car to compete in the 1905 Vanderbilt Cup Race.


1905 Premier Special

1905 Premier Special
Copyright © 2012 Dennis E. Horvath

For the Premier Special, Weidely designed an engine with a 7 inch bore and a 6 inch stroke, displacing 923.4 cu. in. The shaft-and-bevel SOHC operated the rocker arms for the overhead valves having an included angle of 45 degree. Thus, he created a hemispherical cylinder head design some 107 years ago. This predates the successful 1913 Peugeot engine designs. The Special reportedly cost Fisher $15,000.

However, the innovative machine exceeded the Vanderbilt maximum weight limit of 2,200 pounds by 300 pounds. After drilling over 420 holes in the car, it was still 120 pounds overweight, and therefore, ineligible for the race.

Fisher’s Premier Special was untested in competition until he entered it in a five-mile handicap event at the Indiana State Fairgrounds one-mile dirt track on October 21, 1905. He took the lead on the last lap and finished with an average speed of 59.21 miles an hour.

The Special raced no more. George Weidely is overlooked for his automotive first of innovating the single overhead camshaft, hemispherical cylinder head, four-cylinder engine in 1905.

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Thanks to E. L. Cord

Tuesday, October 30th, 2012

Recently, while reminiscing about my automotive obsession, I decided to offer a thank you to E.L. Cord. Indiana automotive pioneer Errett Lobban Cord is one of the individuals most responsible for the Auburn, Cord, and Duesenberg automobiles of the classic era. Without his influence, insight, and entrepreneurship, these fine auto products of the Cord Corporation would never have existed.

Before graduating from high school, E.L. Cord demonstrated the spirit that led to his entrepreneurial success. He purchased a Model T Ford, modified its engine, hand-built a speedster body, and then sold it at a substantial profit. Later, he barnstormed for a time as a racing driver and mechanic, while continuing to sell modified Ford speedsters at an average of $500 profit per vehicle. In the early 1920′s, Cord became a successful salesman at the Moon Dealer in Chicago, Illinois.


1935 Auburn 852 Speedster

1935 Auburn 852 Speedster
Copyright © 2008 Dennis E. Horvath

In 1924, a group of investors enlisted Cord to salvage the faltering Auburn Automobile Company. He took over the general manager position at no salary with the provision to acquire a controlling interest in the company if his efforts were successful. Cord had the large stock of unsold cars repainted in bright, attractive colors. He also instituted new designs and models and offered them at attractive prices. Sales moved forward, and by 1926, E.L. Cord was president of the company. About the same time, he purchased Duesenberg Motors and instructed Fred Duesenberg to design the world’s finest motorcar.


1933 Duesenberg La Grande

1933 Duesenberg La Grande
Copyright © 2008 Dennis E. Horvath

In 1929, he assembled a holding company called the Cord Corporation. The holdings included Auburn, Duesenberg, Central Manufacturing, Lycoming Engine, Limousine Body, and Columbia Axle. In the 1930′s, he added Stinson Aircraft Co., Century Airlines, and New York Shipbuilding Corp.

1936 Cord sedan.jpg


1936 Cord sedan

1936 Cord sedan
Copyright © 2008 Dennis E. Horvath

Cord lured top designers, engineers and marketers to his companies and encouraged excellence. For example, Auburn became one of the first automakers to offer straight-eight power in a medium-priced car. He also introduced the Cord L-29 America’s first front-drive automobile and the magnificent Duesenberg Model J, the most luxurious and best-engineered motorcar of the day.

Production at the automotive operations ceased in 1937. Later, Cord developed a career in broadcast ownership, real estate, ranching, and politics.

Today, E.L. Cord’s automotive legacy is celebrated at the Auburn Cord Duesenberg Automobile Museum, the Auburn Cord Duesenberg Festival over Labor Day weekend, and on numerous other occasions around the world. So, the next time you see one of these works of automotive art, be sure to offer a thank you to E.L. Cord.

This story was excerpted from Indiana Cars: A History of the Automobile in Indiana.

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The innovator of rolling sculpture

Monday, September 3rd, 2012

With all of the excitement that surrounds the annual Auburn Cord Duesenberg Festival, my thoughts immediately go to the designs of Gordon M. Buehrig, called the innovator of rolling sculpture. His automotive designs spanned many decades and are still recognized by auto aficionados.


Gordon M. Buehrig

Gordon M. Buehrig
Copyright © Auburn Cord Duesenberg Automobile Museum

Buehrig’s interest with automobiles started like many of the rest of us. He doodled. In fact, an instructor expelled him from class on one occasion because the student’s notebook was full of automobile drawings. This early interest in auto design shaped the rest of his life.

Many regard Buehrig as one of the most important automotive designers. His career spanned nearly four decades while working at Dietrich Inc., Packard, General Motors, Stutz, Duesenberg, Auburn Automobile Company, the Budd Company, Raymond Loewy’s Studebaker studio, and Ford Motor Company. His famous designs include the 1932 Duesenberg Model J Beverly, the 1934 Auburn 851 Boattail Speedster, and the 1936 Cord Model 810.


E.L. Cord’s 1937 Cord Beverly

E.L. Cord’s 1937 Cord Beverly
Copyright © Auburn Cord Duesenberg Automobile Museum

The Cord Model 810 is probably one of his best known designs. In late 1933, during his second stint with General Motors Art and Color Section, Buehrig designed an aerodynamic car with air intakes on each side of a wrap-around hood. Back in E.L. Cord’s employment, this design study became the genesis for a “baby Duesenberg” in 1933. By December 1934, the design of the new front-wheel-drive Cord Model 810 model was essentially complete and then shelved.

When the project was revived in July 1935, there was less than four months in which to build and test a prototype, tool up, and get the cars into production for the New York Auto Show on November 2, 1935. The company made the deadline, but without the transmissions in place. Plus, the phaetons were without any tops. The missing parts didn’t matter. The Cord 810 stopped the show. People had to stand on surrounding cars just to get a glimpse of Cord’s exciting new design. Cord received over 7,600 requests for more information on the 810. Unfortunately, due to unanticipated production start-up problems, almost six months would pass before any deliveries were made.

The Cord Model 810 was available in four models: the five-passenger Westchester Sedan, four-passenger Beverly Sedan, five-passenger Convertible Phaeton Sedan, and the Convertible Coupe with rumble seat. In 1951, the New York Museum of Modern Art special exhibit titled “Hollow Rolling Sculpture,” recognized the Cord 810 as “the outstanding American contribution to automobile design.”

While you are walking among the gems at the Auburn Cord Duesenberg Festival, think back to Gordon M. Buehrig, the innovator of rolling sculpture.

This story was excerpted from Indiana Cars: A History of the Automobile in Indiana.

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Ralph R. Teetor

Monday, January 16th, 2012

Ralph R. Teetor is most well known as the inventor of cruise control and president of Perfect Circle Corporation in Hagerstown. Throughout his career, he displayed an astonishing competence with machinery and confidence with people and places even though he had been blind from the age of five. Teetor developed unusual coping mechanisms and lived his life as if he could see. Many who came into contact with him never realized he was blind.


Ralph Teetor

Ralph Teetor
Copyright © 1995 Marjorie Teetor Meyer

His interest in automobiles developed early on. When he was 12 years old, Teetor and his second cousin built an automobile during the summer of 1902. Mechanical engineering became his career choice, and hegraduated in the top third of his class from University of Pennsylvania in 1912 with a degree in this field.

In 1918, while working on a contract for the Navy at the New York Shipbuilding Corporation in Camden, New Jersey, Teetor developed a process to dynamically balance steam turbine rotors. He succeeded where many other engineers had failed. The new process was used through World War II.

In May of 1924 Teetor invented and patented a fluid-actuated automatic gear shift. The Bendix Company bought the patent and produced an automatic gearshift for Hudson. After World War II, popularity of the automatic transmission grew dramatically. For the next 40 years, most of the automatic transmissions on automobiles were based on the principles of his invention.

In 1936, Teetor was inspired to invent cruise control while riding with his patent lawyer one day. The lawyer would slow down while talking and speed up while listening. The rocking motion so annoyed Teetor that he was determined to invent a speed control device. He filed for the first patent on his device in the spring of 1945. Obstacles developed in production and delayed the debut of cruise control until 1958 on the Chrysler Imperial, New Yorker and Windsor models. Teetor’s persistence paid off again in the commercialization of a device that is now standard equipment on many automobiles.

In 1946, Teetor became president of Perfect Circle Corporation, where he had worked in various engineering capacities for the previous 32 years.

Teetor was posthumously inducted into the Automotive Hall of Fame in Dearborn, Michigan, in 1988 for his numerous contributions to the industry.

I recommend the following book on Ralph Teetor: One Man’s Vision: The Life of Automotive Pioneer Ralph R. Teetor, by Marjorie Teetor Meyer, ISBN 1878208675 for more information.

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Elwood Haynes’ automotive innovation began over 100 years ago.

Sunday, October 2nd, 2011

Ideas for one of America’s first automobiles formulated in Elwood Haynes’ mind as early as 1888, while he traveled Jay County’s rutted sandy roads in a horse and buggy. He was concerned about the horse’s lack of performance and endurance.


1894 Haynes Pioneer

Elwood Haynes in the 1894 Pioneer
Copyright Elwood Haynes Museum

Haynes’s thoughts stemmed from his formal training at the Worcester Polytechnic Institute in Massachusetts. He was one of the first automotive pioneers with formal training in engineering and technology. His technical training would serve him well in the automotive and metallurgical industries.

He demonstrated his first automobile, later known as the Pioneer, on July 4, 1894, in Kokomo. Haynes and the Apperson brothers formed an informal partnership to build a new car for America’s first automobile race, the Chicago Times-Herald race in 1895. This auto drew on Haynes’s metallurgical experiments and used an aluminum alloy in the two-cylinder engine. This alloy is the first recorded use of aluminum in an automotive engine. He was also the first to introduce a nickel-steel alloy in automotive use in 1896.

The Haynes-Apperson Company was incorporated in 1898 to manufacture motor carriages, gasoline motors, and gearing for motor vehicles. The 1903 Haynes-Apperson models featured a tilting steering column to allow easy access for the driver or passenger upon entering or leaving the vehicle. In addition to being president of the automotive firm, Haynes continued his metallurgical and mechanical experiments. In 1905, he relinquished direct control of the automobile company and devoted his attention to metallurgy.

In 1907, while he was researching a suitable material for use in the distributor, he discovered the alloy that he patented under the name of Stellite. This alloy proved to be harder than steel and resistant to wear and corrosion even at high temperatures. In 1912, the U.S. Patent and Trademark Office approved Stellite as a tool metal alloy. Stellite had a strategic importance during World War I in machining aircraft cylinder forgings and turning metal shell casings. Stellite is still in use today in space exploration and other highly corrosive environments.

Haynes improved his iron and steel alloys by adding chromium, thus developing one of the first types of stainless steel also in 1912. Stainless steel became popular for cutting utensils and other corrosive applications.

Elwood Haynes’ contributions to industry definitely place him among the high achievers in automotive history. Next time you’re driving your car or working in the kitchen, thank Elwood Haynes for his metallurgical innovations.

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Cummins debuts American automotive diesel 80 years ago

Monday, July 25th, 2011

Though his products never made it all the way to the family automobile, Clessie L. Cummins debuted diesel power on the American highway in 1930.  He started his journey of achievements when he served on the pit crew of the first winner of the Indianapolis 500 mile race in 1911.  Ten years later, he had incorporated the Cummins Engine Company in Columbus and received two patents for fuel injection on diesel engines. 


1935 Cummins-Auburn


Clessie in the Cummins-Auburn

Copyright © 1935 Cummins Engine Company

Cummins introduced the automotive diesel to the United States in January 1930 with a 792-mile trip from Indianapolis to the New York Automobile Show in a Cummins powered Packard seven-passenger limousine.  The trip required 30 gallons of fuel at a total cost of $1.38 with fuel consumption of 26.4 miles per gallon.  In August 1930, a Cummins diesel-powered truck set a coast-to-coast record of 97 hours and 20 minutes on $11.22 in fuel. Later in the year, the Cummins truck set a non-stop record around the Indianapolis Motor Speedway for 13,535 miles. 

In 1931, the number 8 Cummins Diesel started the Indianapolis 500 in the sixth row and finished the race nonstop.  The diesel-powered car finished 13th with an average speed of 86.17 miles per hour, while averaging more than 16 miles per gallon.

Cummins demonstrated the cast-aluminum Model A diesel engine exclusively designed for automobiles in June 1935.  This engine powered a sleek, rust-red colored Auburn convertible with a fawn top. On a tour from Manhattan to White Sulphur Springs, W. Va., the car used fuel at a total cost of $1.12 with a fuel consumption of 40.2 miles per gallon.  If the planned 1936 Auburn-Cummins vehicles would have been produced in quantity, they would have been the first American diesel-powered passenger cars.   

In 1955, he launched Cummins Enterprises Company to develop his new ideas.  He immediately patented the diesel engine brake, a popular feature on today’s highway truck diesels.  He also introduced new fuel injection metering pumps in the late 50’s.  Today, Cummins Engine Company is a major force in the world-wide diesel engine market. 

Clessie Cummins worked on his mechanical dreams throughout his life.  In a career spanning more than 56 years, his inventive genius garnered 33 U. S. patents and numerous honors for his pioneering achievements.  It all started over 80 years ago with Cummins innovative work on the automotive diesel.

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Louis J. Chevrolet namesake of the Chevrolet Division of General Motors Company

Monday, June 13th, 2011

This year marks the 100th Anniversary of the Chevrolet Division of General Motors Company. The story starts with Louis J. Chevrolet, the namesake of this well-known automotive brand?


Frontenac illustration


Frontenac illustration

Copyright © 1929 Chevrolet Brothers Mfg. Co.

Before achieving success in building automobiles, Louis J. Chevrolet gained fame as a racing driver. In his first race in 1905, he defeated Barney Oldfield. On June 19, 1909, Chevrolet drove a Buick to victory in the first 400 mile Cobe Cup race in Crown Point, Indiana. At the time, the Cobe Cup race was known as the longest event of the kind ever promoted in America.

In 1911, with the encouragement of William C. Durant of General Motors, Chevrolet developed the first automobile to bear his name—the Chevrolet Classic Six retailing for $2,150. By 1913 there was a growing rift between the two individuals over the type of car that should wear the Chevrolet name. The man left the company, but General Motors retained the rights to the “Chevrolet” name.

Louis Chevrolet went on to design the lightweight Cornelian race car with four-wheel independent suspension and a monocoque chassis for the Indianapolis 500 in 1915. Both innovations proved to be successful about 50 years later. These innovations reappeared on the rear-engine cars used from the 1960’s to the present.

In late 1910′s, Louis built a number of Frontenac racing cars that he and his brothers, Arthur and Gaston, drove to many victories. For the 1920 Indianapolis 500, William Small of Indianapolis contracted with Chevrolet to build four Monroe and three Frontenac race cars. Gaston Chevrolet won the race driving one of the Monroes and become the first driver in Indy history to go the full 500 miles without changing tires. Another Chevrolet-design Frontenac, with Tommy Milton as the driver, won the 1921 Indianapolis 500. With this victory, Chevrolet became the first car builder to win two Indianapolis 500 mile races. Additionally, he accomplished that feat with new four-cylinder and eight-cylinder engines of his own design.

Later, Louis and Arthur Chevrolet and Cornelius W. Van Ranst developed a new overhead valve cylinder head that would develop higher horsepower from a Ford Model T engine and make it competitive in races on dirt tracks. They also incorporated the Chevrolet Brothers Manufacturing Company in Indianapolis to produce ” Frontenac ” cylinder heads in 1922. A Fronty Ford placed fifth in the 1923 Indianapolis 500, and the Chevrolet Brothers were deluged with more orders than they could fill during the next couple of years.

Louis J. Chevrolet was one of the outstanding drivers during the pioneer days of auto racing, designer of comfortable and dependable passenger cars, and designer and builder of fast and durable race cars. He and his brothers were truly automotive pioneers.

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Stutz Motor Car Centennial

Monday, June 6th, 2011

This summer marks the 100th anniversary of the first Stutz Motor Car. Yet, at least equally significant is Harry C. Stutz’s involvement in developing many other vehicles that crossed the American landscape.

He designed a transaxle that combined the transmission and the rear differential in one unit. This transaxle became standard equipment on many other automobiles besides Stutz cars.

1913-Stutz-Bearcat
1913 Stutz Bearcat sports car
Copyright © 1913 Stutz Motor Car Co.
Photo courtesy of the Stutz Club


His own manufacturing commenced in early 1911. Stutz formulated his dream of a quality sports car built from assembled, high-quality components manufactured by outside suppliers at a price below $2,000. The first Stutz was built in just five weeks and was immediately taken to the Indianapolis Motor Speedway for the inaugural running of the 500 Mile Race. Gil Anderson drove the car to an eleventh place finish.

Later that summer, the Ideal Motor Car Company was organized for manufacture of the Stutz Model A, a duplicate of the Indy race car. New Stutz models were offered as a two-passenger roadster, four-passenger toy tonneau, and a five-passenger touring car. Each was priced at $2,000. Lighting was provided by a Prest-O-Lite system. Stutz emphasized its 1911 record of competing without any adjustments in two additional “great races” in Philadelphia, Pennsylvania, and Santa Monica, California. A Stutz Model A torpedo roadster served as the pace car at the Indianapolis 500 in 1912.

The famous Stutz Bearcat sports car appeared in 1912 for a run of 10 years. It followed the usual Stutz recipe of a low-slung chassis, a large engine, and other bare necessities–hood, fenders, a right-hand raked steering column, two bucket seats, a fuel tank behind the seats, and wooden spoke wheels. The Stutz Bearcat was a popular car in the $2,000 price range. Its ap¬peal was boosted by Stutz’s success at the race track. Bearcats finished fourth and sixth at the Indianapolis 500 in 1912 and won numerous other races that same year. The next year a Bearcat finished third at the Indianapolis 500, and by late fall Stutz driver Earl Cooper was crowned the National Champion after winning six consecutive races.

In June 1913, the Ideal Motor Car Company was reorganized as the Stutz Motor Car Company, with Harry Stutz as president. The Stutz White Squadron racing team did extraordinarily well in 1915 (its last under factory sponsorship), with victories at several tracks. Also in 1915, Cannonball Baker drove a stock Bearcat cross country from San Diego, California, to New York City, New York, in a record-breaking time of 11 days, 7 hours, and 15 minutes.

In the years preceding World War I, Stutz’s sales increased nearly ten-fold—from 266 cars in 1912 to 1,873 five years later.

Harry sold his interest in the company that bore his name in June 1919, and founded two new automotive ventures—the Stutz Fire Engine Company and the H.C.S. Motor Car Company. The Stutz Motor Company went on to manufacturer many cars of distinction like the Safety Stutz, the Stutz Blackhawk, the Stutz DV-32 and the Stutz SV-16 through 1934.

So take a few moments to celebrate the contributions of Harry Stutz 100 years ago.

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Thank you Carl Fisher and James Allison

Monday, May 30th, 2011

With the 2011 Indianapolis 500 Mile Race celebrating its 100th anniversary, I believe Indianapolis residents owe a thank you to Speedway founders Carl G. Fisher and James A. Allison.

Before the inaugural running of the Indianapolis 500 on May 30, 1911, Indianapolis was a bucolic city with very little to distinguish it. When the founders built the track on a 320 acre parcel outside of the city limits, the Speedway was about five miles northwest of the city’s center. The Speedway would eventually fulfill Carl Fisher’s stated goal of a proving ground “to establish American automobile supremacy.” The result also helped grow the city’s manufacturing base.

Fisher’s vision for grand ventures was first demonstrated when he and Allison obtained the rights to manufacture and market compressed acetylene headlight systems for automobiles in 1904. This firm, known as Prest-O-Lite, would become the cornerstone for their many automotive ventures. Today, an outgrowth of Prest-O-Lite is Praxair Surface Technologies, which employs more than 450 people at the Speedway Main Street site.

By 1911, Indianapolis claimed 11 operating automakers, with names like American Underslung, Cole, Empire, Ideal, Marion, Marmon, New Parry, National, Overland, Premier, and Waverley. This concentration of manufacturers attracted the supporting ancillary machine shops and businesses. General Motors, Ford, and Chrysler went on to build operations in Indianapolis.

James Allison built a new shop for the Indianapolis Speedway Team Company on Main Street in Speedway to prepare a fleet of race cars in late 1916. This venture provided the genesis for the Allison Engineering Company. When World War I erupted, Allison committed his shop resources to war production for crawler-type tractors, superchargers, and master models for the Liberty aircraft engines. In 1929, a year after Allison died, General Motors Corporation purchased the company. Under General Motors, the operation produced aircraft engines, transmissions, precision bearings, and superchargers. Its descendant companies, Allison Engine Company and Allison Transmission are headquartered in Indianapolis. Combined employment at these plants totaled over 11,000 people in the late 1980’s, making them one of the city’s largest employers.

These companies spawned a number of local machine shops to supply additional services to supplement Allison operations. Skilled machinists and tool makers moved to Indianapolis to work in these shops. I know my father moved to Indianapolis in the mid-1930’s to work in various machine shops and retired with over 25 years at Allison.

Thank you to Carl Fisher and James Allison for your grand vision with these manufacturing endeavors and the creating the Indianapolis Motor Speedway, which drew people to our great city for employment and enjoyment.

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