Fair Lane, Henry and Clara Ford’s private railroad car. / THF80274
Fair Lane, the private Pullman railroad car built for and used by Henry and Clara Ford, turns 100 years old in 2021. It provides a fascinating window into business and pleasure travel for the wealthy in the early 20th century.
By 1920, the Fords found it increasingly difficult to travel with any degree of privacy. Henry, in particular, was widely recognized by the public. He’d been generating major headlines for a decade, whether for his victory against the Selden Patent, his achievements with mass production and worker compensation via the Five Dollar Day, or his misguided attempt to end World War I with the Peace Ship. The Fords could travel privately for shorter distances by automobile, and their yacht, Sialia, provided seclusion when traveling by water. But anytime they entered a railroad station, the couple was sure to be pestered by the public and hounded by reporters. Their solution was to commission a private railroad car for longer overland trips.
Private railroad cars are nearly as old as the railroad itself. America’s first common-carrier railroad, the Baltimore & Ohio, opened in 1830. Little more than ten years later, President John Tyler traveled by private railcar over the Camden & Amboy Railroad to dedicate Boston’s Bunker Hill Monument in 1843. Not surprisingly, railroad executives and officials were also early users of private railroad cars. Cornelius Vanderbilt, president of the New York Central Railroad, used a private car when traveling over his line, both for business and for pleasure. For a busy railroad manager, the private railcar served as a mobile workspace where business could be conducted at distant points on the railroad line, far from company headquarters.
Pullman cars on the First Transcontinental Railroad, circa 1870. / THF291330
Following the Civil War, the Pullman Palace Car Company earned a reputation for its opulent public passenger cars with comfortable sleeping accommodations. Company founder George Pullman designed a private railcar to similar high standards. Pullman named the car P.P.C.—his company’s initials—and used it when traveling with his family. Pullman enjoyed lending the car to other dignitaries, by which he could simultaneously impress VIP passengers and advertise his company. Eventually, Pullman began renting the car out to patrons who could afford the daily rate of $85 (more than $2,000 today).
Clara and Henry Ford ordered their private railroad car from the Pullman Company on February 18, 1920. They hoped to have it delivered by that September, for a planned trip to inspect properties Henry had recently purchased in Michigan’s Upper Peninsula. But delays pushed the car’s actual delivery date back by about nine months. Some of those delays were due to changes to the car’s interior. Clara designed the interior spaces, working with Sidney Houghton of London, who had earlier provided the same service for the Fords’ yacht.
The finished railroad car was delivered on June 23, 1921. The Fords named it Fair Lane—the same name they’d given to their estate in Dearborn, Michigan. (Fair Lane was the area in County Cork, Ireland, where Mr. Ford’s grandfather was born.) The final bill for the railcar came to $159,000 (about $2.3 million today). The Fords paid 25 percent of that cost upon placing their order, a further 25 percent during construction, and the final 50 percent on delivery.
Surely the finished Fair Lane was worth the wait and expense. The car included accommodations for six passengers and sleeping quarters for two additional staff members. When traveling, Fair Lane typically was staffed by a porter to attend to the passengers’ needs and a cook to prepare meals.
Fair Lane’s lounge offered the best views of passing scenery. / THF186264
At the rear of the car, a comfortable lounge provided a spot to read, relax, or simply watch the passing scenery through the large windows.An open porch-like platform at the very rear of the car was particularly enjoyable at moderate train speeds. Typically, Fair Lane was coupled to the end of a train, meaning that the view from the platform would not be obstructed.
Bedrooms in Fair Lane were cozy but comfortable. / THF186273
From the lounge, a narrow hallway ran most of the car’s length. Four bedrooms were located along the corridor. These rooms were cozy but comfortable. Each room had a bed, but berths could be unfolded from above to provide additional sleeping space if needed. Dressers and small desks rounded out the furnishings. Likewise, the bathrooms in Fair Lane were small but serviceable. Each one had hot and cold running water and a toilet. The master bath also included a shower.
Fair Lane’s passengers dined in this area. An on-board cook prepared meals to order. / THF186285
The dining area, near the front of the car, featured an extension table that comfortably seated six adults at one time. The chandelier, which hung directly above the table, was secured with guys that kept it from swaying as the car rolled down the railroad track. Built-in cabinets housed the car’s glassware and china. Clara Ford stocked Fair Lane with 144 various glasses, 169 pieces of silverware, and 230 crockery items. Wood posts and rails kept things from sliding around or falling out of the cabinets.
The car’s kitchen was small but sufficient for elaborate meals. / THF186289
Logically, the kitchen was located just in front of the dining room. Finished in stainless steel, the kitchen included an oven, a stovetop, a sink, and numerous additional cabinets. Food and supplies were loaded through the door at the car’s front end, so as not to disturb the riders farther back in the car. Staff quarters were located in the front of the car too. Compared with the other bedrooms, the staff room was sparse and utilitarian.
Using Fair Lane was not like driving a limousine or flying a private airplane. The railcar’s travels had to be coordinated with the various host railroads that operated America’s 250,000-mile rail network. Usually, Fair Lane was coupled to a regularly scheduled passenger train. The fee for pulling the private car was equivalent to 25 standard passenger tickets. One standard ticket on a train from Detroit to New York City in the early 1920s cost around $30, meaning the Fair Lane fee worked out to about $750 (around $10,000 today). If Fair Lane required a special movement—that is, if it was moved with a dedicated locomotive and not as a part of a regular train—then the fee jumped to the equivalent of 125 standard tickets.
The fee structure was different when Fair Lane moved over the Detroit, Toledo & Ironton Railroad. Henry Ford personally owned DT&I from 1920 to 1929. It was considered official railroad business when Mr. Ford used his private car on DT&I, so he did not need to pay a fare for himself. But he did pay fares for Fair Lane passengers who weren’t directly employed by DT&I.
Edsel and Eleanor Ford, Henry and Clara Ford, and Mina and Thomas Edison pose on the car’s rear platform about 1923. / THF97966
The Fords made more than 400 trips with Fair Lane in the two decades that they owned the car. Annual excursions took Henry and Clara Ford to their winter homes in Fort Myers, Florida, or Richmond Hill, Georgia. Likewise, Edsel and Eleanor Ford, Henry and Clara’s son and daughter-in-law, occasionally used Fair Lane to visit their own vacation home in Seal Harbor, Maine. The Fords hosted several special guests on the car too. Presidents Warren Harding and Calvin Coolidge both spent time on the car, as did entertainer and humorist Will Rogers. Not surprisingly, Thomas and Mina Edison—among Henry and Clara Ford’s closest friends—also traveled aboard Fair Lane.
Clara Ford enjoyed trips to New York City, where she could visit friends or patronize specialty boutiques and department stores. Fair Lane could be coupled to direct Detroit–New York trains like New York Central’s Wolverine or Detroiter. Both trains arrived at the famous Grand Central Terminal in the heart of Manhattan. In 1922, an overnight run from the Motor City to the Big Apple on the Wolverine took 16 hours.
Both Henry Ford and Edsel Ford used Fair Lane when traveling on Ford Motor Company business. Chicago, New York, Boston, and Washington, D.C., were all frequent destinations on these trips. Of course, they’d travel to distant Ford Motor Company properties too, including those previously mentioned holdings in Michigan’s Upper Peninsula.
Detroit’s Michigan Central Station, where most of Fair Lane’s journeys began and ended. / THF137923
Most of the car’s trips started and ended at Detroit’s Michigan Central Station, ten miles east of Dearborn. The large station had facilities to clean and stock Fair Lane, and crews to switch the car onto regular passenger trains. Michigan Central was a New York Central subsidiary, and New York Central trains provided direct service from Detroit to Chicago, New York, Boston, and many places in between. For longer trips, New York Central coordinated with additional railroad lines to transfer Fair Lane to other trains at connecting points, making the trip as seamless as possible for the Fords.
When Fair Lane wasn’t traveling out on a railroad, the car was stored in a shed built for it near Henry Ford’s flour mill on Oakwood Boulevard in Dearborn. The shed was just west of Dearborn’s present John D. Dingell Transit Center, where Amtrak trains stop today.
The Fords considered updating or replacing Fair Lane at different times. As early as March 1923, Ernest Liebold, Henry Ford’s personal secretary, wrote to the Pullman Company to inquire about building a larger car surpassing Fair Lane’s 82-foot length. Whatever Pullman’s reply, Ford did not place a new order. Twelve years later, Edsel Ford wrote to Pullman to ask about adding air conditioning to Fair Lane. The company responded with an estimate of $12,000 for the upgrade. Apparently, the cost was high enough for the Fords to once again consider building an entirely new, larger private railcar. The Pullman Company prepared a set of drawings for review but, once again, no order was placed.
Fair Lane in November 1942, at the end of its time with the Fords. / THF148020
By the early 1940s, Fair Lane was aging and in need of either significant repairs or outright replacement. Henry and Clara Ford were aging too, and weren’t traveling quite as much as they had in earlier years. On top of this, the United States joined World War II following the attack on Pearl Harbor in December 1941. Wartime brought with it restrictions on materials, manufacturing, and travel—each on its own enough to sidetrack further work on Fair Lane. Somewhat reluctantly, Henry and Clara Ford sold their private railroad car in November 1942.
The St. Louis Southwestern Railway purchased Fair Lane from the Fords for $25,000. The company used the car for railroad business, carrying executives on its lines concentrated in Arkansas and Texas. In 1972, St. Louis Southwestern donated Fair Lane to the Cherokee National Historical Society. The organization used the car as an office space for the Cherokee Nation in Tahlequah, Oklahoma.
Richard and Linda Kughn purchased Fair Lane in 1982. They moved it to Tucson, Arizona, and began a four-year project to restore the car to its original Ford-era appearance. At the same time, they updated Fair Lane with modern mechanical, electrical, and climate-control systems. The Kughns enjoyed the refurbished railcar for several years before gifting it to The Henry Ford in 1996. Today Fair Lane is back in Dearborn—a testament to the golden age of railroad travel, as experienced by those with gilded budgets.
The Henry Ford has two tollbooths—both from New England, but from different eras and circumstances. The Rocks Village toll house was built in the early 19th century, when horse-drawn carriages and wagons filled America’s roads. The Merritt Parkway tollbooth dates from the mid-20th century, when Americans traveled these roads in automobile, often for recreation.
Why are these buildings, both made to collect a toll for the use of a road or bridge, so completely different in their appearance and history? Their stories tell us much about our changing attitudes toward roads and road construction, and of our expanding expectations of governmental responsibility for transportation networks.
Rocks Village Toll House, 1828, near the Ackley Covered Bridge in Greenfield Village. / THF2033
The Rocks Village Toll House
Today, the Rocks Village toll house sits adjacent to the Ackley Covered Bridge in Greenfield Village. The simple, functional building formerly served a much larger covered bridge and drawbridge that spanned the Merrimack River, connecting the towns of Haverhill and West Newbury, Massachusetts. The bridge and toll house were built in 1828 to replace an earlier bridge that had been destroyed by a flood. Their construction was not the responsibility of the towns where they were located, nor the state or federal government, but of the Proprietors of the Merrimack Bridge, a group of Haverhill and West Newbury investors who had built the first Merrimack Bridge in 1795. The building housed a toll keeper, who was responsible for collecting the tolls and for opening the drawbridge when necessary. In his considerable spare time, the toll keeper also worked as a cobbler, making shoes. Tolls were collected until 1868, and the toll house remained in use for the drawbridge until 1912.
This worn image of the Merrimack Bridge from about 1910 shows the Rocks Village toll house (marked #2) along the approach to the right of the covered bridge. / THF125139
When the first Merrimack Bridge was built at Rocks Village in 1795, there was a need for good routes from the farmlands of northern Massachusetts and New Hampshire to the growing urban markets of Boston. Neither the new federal or state governments had the resources to build and maintain many roads. As a result, privately-owned turnpike and bridge companies, like the Proprietors of the Merrimack Bridge, were encouraged to fill that need with toll roads and bridges, which proliferated around the new nation.
The era of turnpikes and toll bridges was beginning to draw to a close when the second Merrimack Bridge was built in 1828. By mid-century, canals and then railroads had replaced roads as the primary means of traveling across distances, so roads and bridges were generally used more for local travel. This change can be seen in the decline in weekly receipts at the Rocks Village toll house, from a high of $58.00 in 1857, to $29.00 in 1868, when the Merrimack Bridge became a free bridge. At that time, Essex County assumed authority over the bridge, and the towns it served—Haverhill, West Newbury, and Amesbury—shared the costs of its upkeep. With only local support, upkeep was sporadic at best, and by 1912, most of the bridge had to be replaced.
The Rocks Village toll house had witnessed the decline of the American road during the mid-19th century. It would not be until the advent of the bicycle in the late 19th century, followed by the automobile in the early 20th century, that this decline would be reversed.
The Merritt Parkway Tollbooth
Merritt Parkway Tollbooth, circa 1950, in the Driving America exhibition in Henry Ford Museum of American Innovation. / THF79064
The rustic design of the Merritt Parkway tollbooth celebrated the pleasures of driving to experience the outdoors, part of a larger effort to promote tourism in Connecticut. It was built in Greenwich around 1950 as an expansion to the existing toll plaza. The Merritt Parkway runs 37 ½ miles from the New York state line at Greenwich to Milford, Connecticut. It was built in 1938 by the State of Connecticut to relieve the congestion on US 1 (the Boston Post Road), the main route from New York to Boston. Tolls were collected on the Merritt Parkway until 1988.
The Henry Ford’s Merritt Parkway tollbooth is one of the two at the outer edges of the original rustic toll plaza, built in 1940. / THF126470
The Merritt Parkway is, in many ways, a celebration of the revival of the American road. And, as a state response to local problems, it reflects the change in the responsibility for roads from the local to the regional and state levels. Heavy New York-to-Boston through-traffic, in addition to commuter traffic in and out of New York City, had turned US 1 into a permanent traffic jam. This created tremendous problems for the local communities along that route. However, the citizens of those communities were not inclined to bear the financial burden of road improvement, especially since would mostly serve people from out-of-state. The debate about how to solve this problem lasted from the early 1920s into the 1930s.
The eventual solution, the Merritt Parkway, contained the main elements of the modern highway. First, it bypassed population centers, pulling traffic away from busy downtown areas. Second, since it passed through the rapidly gentrifying farm- and woodlands of southwest Connecticut, the design of the parkway—the graceful layout of the road itself through rolling hills, as well as the bridges, service buildings, and tollbooths—emphasized the rustic beauty of the region. The beautiful design helped to promote Connecticut as a tourist destination for out-of-state visitors. Third, it was built during the economic depression of the 1930s, so its construction was touted as a job-creating project. Finally, its construction and maintenance were funded by the state and paid for out of the general treasury. Added after a couple of years, the tollbooths raised money for an extension of the highway to Hartford, Connecticut—the Wilbur Cross Parkway.
With the Merritt Parkway and similar roads, good public roads had returned and—for better or worse—had come to be viewed as an entitlement, subsidized through the public treasury rather than private investment.
Jim McCabe is former curator and collections manager at The Henry Ford. This article was adapted by Saige Jedele, Associate Curator, Digital Content, from the July 2007 entry in our previous “Pic of the Month” online series.
Art Arfons and Wally Parks with the Trophy for Top Speed, NHRA Nationals, Detroit Dragway, 1959 / THF122663
Loud, fast, intense. On the surface, drag racing looks fairly simple, but it’s much more complex than it appears. Especially in the professional classes of the National Hot Rod Association (NHRA)—Top Fuel, Funny Car, and Pro Stock—the cars are technologically ultrasophisticated, with truly awesome capabilities. A Top Fuel dragster—today’s ultimate—has a supercharged, 500-cubic-inch V-8 engine that can produce 11,000 horsepower burning nitromethane fuel. It propels that car and driver to well over 300 mph in a 1,000-foot charge that can take as little as 3.7 seconds.
Drag racing’s roots come from the 1930s on California’s dry lakes and the country’s back roads, where people raced each other in a straight line to see which car was fastest. Especially after World War II, speeds were getting up over 100 mph, and Wally Parks, who himself was a performance enthusiast, decided it was time to “create order from chaos.” Parks formed the NHRA in 1951, with the goal of getting hotrodders off the streets and into safer, more controllable, and legal venues. The NHRA legitimized the sport with safety rules, as well as performance and performance regulations, and today it is America’s largest, most important drag racing organization, with a multitude of classes for professional and amateur racers.
In the 1950s and 1960s, drag racing fans loved the “gasser wars”—duels between gasoline-burning coupes and sedans. "Ohio George" Montgomery was among the most famous, and most frequent, winners. He owned, built, and drove this Willys gasser, and scored class wins in NHRA national championship events six times. It is based on the Willys coupe—a small economy car from the 1930s, favored by drag racers for its light weight.
Montgomery called his car the "World's Wildest Willys," and frequently used his considerable talents as a mechanic and machinist to modify the car to make it even wilder. He kept it winning races and championships from 1959 through 1967.
This is its final version, with the top chopped four inches; fiberglass hood, fenders, and doors; and a supercharged, single-overhead-cam Ford V-8 engine.
Dragsters are designed for a single purpose: cover a quarter-mile from a standing start as quickly as possible. Builders throw out anything that does not contribute to that goal, and they concentrate weight as close to the rear wheels as possible to maximize traction.
Slingshot dragsters were popular from the mid-1950s through the early 1970s, so named because the driver sat behind the rear wheels "like a rock in a slingshot." This design was the ancestor of today’s Top Fuel dragsters.
Bob Thompson and Sam Buck, from Lockport, Illinois, built and drove this car and were very successful in the Midwest from 1960 to 1963. They bought the chassis as a kit and did extensive modifications to the 1948 Ford V-8 engine, with special cylinder heads, crank, pistons, magneto, camshaft, and fuel injectors.
Essentially a factory-built race car designed more for the track than the street, this next-generation, ultra-high-performance Camaro is designed and executed for “out-of-the-box” weekend racing.
In addition to a supercharged 6.2L V8 engine rated at 650 horsepower, the ZL1 carries a track cooling package with engine oil, differential, and transmission coolers. Additionally, an exposed weave carbon-fiber rear wing adds up to 300 lbs. of downforce, and integrated front dive planes contribute to ultimate downforce and grip.
Engineers also paid extra attention to ensure the Camaro ZL1’s immense power could be reined in just as effectively with a short stopping distance. The Camaro ZL1 can go from 60-0 mph in just 107 feet, ensuring both remarkable track time and safety, thanks to its specifically designed performance brakes.
Overall, the Chevrolet Camaro ZL1’s incredible performance is the end result of carefully considered engineering decisions that have resulted in a vehicle that redefines what a sports car can do on-track, without compromising its on-road manners.
The modern race shop encompasses a combination of scientific research, computer-aided design and engineering, prototyping, product development and testing, fabrication, and manufacturing. Here you can go behind the scenes to see how experts create winning race cars, using their knowledge in planning and problem-solving.
You can learn about key elements for achieving maximum performance through an open-ended exploration of components of the cars on display, as well as through other activities. STEM (science, technology, engineering, and mathematics) principles are a key focus here.
This is the actual car that won the LMGTE Pro class at the 2016 24 Hours of Le Mans. The win was historic because it happened on the 50th anniversary of Ford’s first Le Mans victory in 1966, but over that half-century, racing technology advanced enormously, and the engine is half the size (a 3.5-liter, all-aluminum V-6 compared with a 7-liter, cast-iron V-8). But twin turbochargers (vs. naturally aspirated intake), direct fuel injection (vs. carburation), and electronic engine controls (vs. all mechanical) gave the GT engine almost 650 horsepower, versus slightly over 500 horsepower for the Mark IV.
Computer-aided design and engineering, aerodynamic innovations to maximize downforce and minimize drag, and electronic controls for the engine and transmission all combine to make the 2016 Ford GT a much more advanced race car, as you would expect 50 years on. The technology and materials advances in the GT’s brakes, suspension and tires, combined with today’s aerodynamics, make its handling far superior to its famous ancestor.
You can’t talk about American sports car racing without America’s sports car. The Chevrolet Corvette was in its fifth styling generation when the race version C5-R debuted in 1999. The Corvette Racing team earned 35 victories with the C5-R through 2004, including an overall victory at the 24 Hours of Daytona in 2001. This is the car driven by Ron Fellows, Johnny O'Connell, Franck Freon, and Chris Kneifel in that Daytona win.
Bruce McLaren and Chris Amon earned Ford its first win at Le Mans with the #2 GT40 on June 19, 1966. Ford celebrated that victory with another one on June 19, 2016—exactly 50 years later. / lemans06-66_083
Learn more about sports car performance with these additional resources from The Henry Ford.
Interior of Henry Ford’s Private Railroad Car, “Fair Lane,” June 22, 1921 / THF148015
Beginning in 1921, Henry and Clara Ford used their own railroad car, the Fair Lane, to travel in privacy. Clara Ford designed the interior in consultation with Sidney Houghton, an interior designer based in London. The interior guaranteed a comfortable trip for the Fords, their family, and others who accompanied them on more than 400 trips between 1921 and 1942.
The view out the railcar windows often featured the landscape between Dearborn, Michigan, and Richmond Hill, Georgia, located near Savannah. The Fords purchased more than 85,000 acres in the area, starting in 1925, remaking it into their southern retreat.
On at least three occasions, Henry Ford might have looked out that Fair Lane window, observing changes in the landscape between Richmond Hill and a siding (or short track near the main railroad tracks, where engines and cars can be parked when not in use) near Tuskegee, Alabama. Henry Ford took the railcar to the Tuskegee Institute in 1938, 1941, and 1942, and Clara accompanied Henry at least twice.
Henry Ford and George Washington Carver, Tuskegee, Alabama, March 1938 / THF213839
Henry first met with George Washington Carver and Austin W. Curtis at Tuskegee on March 11, 1938. A small entourage accompanied him, including Ford’s personal secretary, Frank Campsall, and Wilbur M. Donaldson, a recent graduate of Ford’s school in Greenfield Village and student of engineering at Ford Motor Company.
George Washington Carver and Henry Ford on the Tuskegee Institute Campus, 1938. / THF213773
Photographs show these men viewing exhibits in the Carver Museum, installed at the time on the third floor of the library building on the Tuskegee campus (though it would soon move).
Austin Curtis, George Washington Carver, Henry Ford, Wilbur Donaldson, and Frank Campsall Inspect Peanut Oil, Tuskegee Institute, March 1938 / THF 213794
Frank Campsall, Austin Curtis, Henry Ford, and George Washington Carver at Tuskegee Institute, March 1938 / THF214101
Clara accompanied Henry on her first trip to Tuskegee Institute, in the comfort of the Fair Lane, in March 1941. Tuskegee president F.D. Patterson met them at the railway siding in Chehaw, Alabama, and drove them to Tuskegee. While Henry visited with Carver, Clara received a tour of the girls’ industrial building and the home economics department.
During this visit, the Fords helped dedicate the George W. Carver Museum, which had moved to a new space on campus. The relocated museum and the Carver laboratory both occupied the rehabilitated Laundry Building, next to Dorothy Hall, where Carver lived. A bust of Carver—sculpted by Steffen Thomas, installed on a pink marble slab, and dedicated in June 1937—stood outside this building.
The dedication included a ceremony that featured Clara and Henry Ford inscribing their names into a block of concrete seeded with plastic car parts. The Chicago Defender, one of the nation’s most influential Black newspapers, reported on the visit in its March 22, 1941, issue. That story itemized the car parts, all made from soybeans and soy fiber, that were incorporated—including a glove compartment door, distributor cap, gearshift knob, and horn button. These items symbolized an interest shared between Carver and Ford: seeking new uses for agricultural commodities.
Clara Ford, face obscured by her hat, inscribes her name in a block of concrete during the dedication of George Washington Carver Museum, March 1941, Tuskegee Institute, Alabama. Others in the photograph, left to right: George Washington Carver; Carrie J. Gleed, director of the Home Economics Department; Catherine Elizabeth Moton Patterson, daughter of Robert R. Moton (the second Tuskegee president) and wife of Frederick Douglass Patterson (the third Tuskegee president); Dr. Frederick Douglass Patterson; Austin W. Curtis, Jr.; an unidentified Tuskegee student who assisted with the ceremony; and Henry Ford. / THF213788
Henry Ford inscribing his name in a block of cement during the dedication of George Washington Carver Museum, Tuskegee Institute, March 1941 / THF213790
After the dedication, the Fords ate lunch in the dining room at Dorothy Hall, the building where Carver had his apartment, and toured the veterans’ hospital. They then returned to the Fair Lane railcar and headed for the main rail line in Atlanta for the rest of their journey north.
President Patterson directed a thank you letter to Henry Ford, dated March 14, 1941. In this letter, he commended Clara Ford for her “graciousness” and “her genuine interest in arts and crafts for women, particularly the weaving, [which] was a source of great encouragement to the members of that department.”
The last visit the Fords made to Tuskegee occurred in March 1942. The Fair Lane switched off at Chehaw, where Austin W. Curtis, Jr., met the Fords and drove them to Tuskegee via the grounds of the U.S. Veterans’ Hospital. Catherine Patterson and Clara Ford toured the Home Economics building and the work rooms where faculty taught women’s industries. Clara rode in the elevator that Henry had funded and had installed in Dorothy Hall in 1941, at a cost of $1,542.73, to ease Carver’s climb up the stairs to his apartment.
The Fords dined on a special luncheon menu featuring sandwiches with wild vegetable filling, prepared from one of Carver’s recipes. They topped the meal off with a layer cake made from powdered sweet potato, pecans, and peanuts that Carver prepared.
Tuskegee shared the Fords’ itinerary with Black newspapers, and the April 20, 1942, issue of Atlanta Daily World carried the news, “Carver Serves Ford New Food Products.” They concluded, in the tradition of social columns at the time, by describing what Henry and Clara Ford wore during the visit. “Mrs. Ford wore a black dress, black hat and gloves and a red cape with self-embroidery. Mr. Ford wore as usual an inconspicuously tailored business suit.”
Dr. Patterson wrote to Henry Ford on March 23, 1942, extending his regrets for not being at Tuskegee to greet the Fords. Patterson also reiterated thanks for “Mrs. Ford’s interest in Tuskegee Institute”—“The people in the School of Home Economics are always delighted and greatly encouraged with the interest she takes in the weaving and self-help project in the department.”
The Fords sold the Fair Lane in 1942. After many more miles on the rails with new owners over the next few decades, the Fair Lane came home to The Henry Ford. Extensive restoration returned its appearance to that envisioned by Clara Ford and implemented to ensure comfort for Henry and Clara and their traveling companions. Now the view from those windows features other artifacts on the floor of the Henry Ford Museum of American Innovation, in place of the varied landscapes, including those around the Tuskegee Institute, traveled by the Fords.
A view of the interior of Henry and Clara Ford’s private railroad car, the “Fair Lane,” constructed by the Pullman Company in 1921, restored by The Henry Ford to that era of elegance, and displayed in Henry Ford Museum of American Innovation. / THF186264
Debra A. Reid is Curator of Agriculture and the Environment at The Henry Ford.
Tiny Lund in the pit at the 1965 Daytona 500 / THF117040
“Rubbin’ Is Racin’” — Robert Duvall as Harry Hogge in Days of Thunder
Stock car legend Dale Earnhardt once said, “The winner ain’t the one with the fastest car—it’s the one who refuses to lose.” This form of racing blends innovation, teamwork, and a bit of “trading paint” with rivals along the way.
Stock car racing is famously close-fought—often a contact sport. Few cars come out of a race, particularly on the shorter tracks, without at least a scrape, scratch, or dent from “trading paint” with another car. NASCAR (National Association for Stock Car Auto Racing) is an extremely popular stock car series that evolved from Southern moonshine-running during Prohibition. The spectacle is characterized by the color and noises of high-speed, ultra-close racing, highly efficient teamwork during pit stops, and the added conflict of long-standing rivalries among auto manufacturers.
The term "stock car" originally meant a car from a dealer's stock—one that was unmodified. When NASCAR ran its first series in 1949, it was called “Strictly Stock,” and for many years racing stock cars were indeed based on real production automobiles. By 1987, however, racing stock cars only looked stock, and since then, further rules changes have given NASCAR stock cars only a passing resemblance to their production counterparts, with just a few design cues to make the connection. Underneath the bodywork is a purpose-built steel tube frame chassis, racing suspension and brakes, and a pure-bred racing engine.
The Stock Car Racing section of our new exhibit, Driven to Win: Racing in America presented by General Motors, will delight people who enjoy real, hands-on pit crew teamwork with an activity for four or five people to see how fast they can change the tires and work the gas can. You’ll also see an actual stock car and other related artifacts.
This car, driven by Trevor Bayne, won the Daytona 500 in 2011. His was a milestone victory in several ways. It was Ford’s 600th win in NASCAR’s premier Cup Series, scored by a legendary team that has been involved from NASCAR’s beginnings. It was the fifth Daytona 500 win for Wood Brothers Racing and the twelfth by a Ford car (Wood Brothers also scored Ford’s first, in 1963). For Trevor Bayne, who had celebrated his 20th birthday the day before, it was his first victory in NASCAR’s top series, making him the Daytona 500’s youngest winner. (Coincidentally, in Wood Brothers’ first Daytona 500 win in 1963, it was also driver Tiny Lund’s first NASCAR cup win.)
The Wood Brothers are celebrated for revolutionizing NASCAR’s pit stops. They pioneered the fast, meticulously choreographed and coordinated actions of the team’s “over-the-wall” crew, who jack up the car, change the tires, and fill the gas tank with blinding speed. Their pit stop fame prompted Ford and Team Lotus to hire Wood Brothers to service Jim Clark’s car in the 1965 Indy 500.
This car also benefits from safety advances instituted following Dale Earnhardt Sr.’s fatal crash at the end of the 2001 Daytona 500. That tragic event launched a revolution in NASCAR’s safety regulations and procedures. Arguably the most important of these is the mandatory use of the HANS (Head and Neck Support) device that restricts the movement of a driver’s head in a hard crash. In addition, SAFER (Steel and Foam Energy Reduction) barriers, mandatory crash data recorders in the cars to advance knowledge of crash dynamics, and more energy-absorbing deformation zones were introduced into the next generation of NASCAR stock cars.
Most Americans rarely take taxis—perhaps only when going to an airport or visiting a city with unfamiliar transit systems. But taxis are a viable alternative to owning a car in cities where traffic is dense, and parking is inconvenient and expensive. They provide point-to-point transportation, alone or in combination with subways, elevated trains, and buses—and in increasing competition with Internet-based ridesharing services.
The term “cab” predates the automobile. It comes from “cabriolet,” a type of carriage used for paid fares.
"Omnibuses & Cabs, Their Origin & History," 1902 / THF105848
“Taxi” comes from taximètre, a French word for a meter that measures distance and calculates a fare. By 1900, meters were widely used in Europe and came to the U.S. in 1907.
The Automobile Magazine for March 19, 1908 / THF105850
In 1961, Checker had been creating purpose-built cabs for 39 years.
"Use the Only Real Taxicab, Checker," 1961 / THF105852
Checker cabs were spacious and easy to get into and out of, with big trunks for lots of luggage.
"Checker, The Only Real Taxicab!," 1967 / THF105854
This post was adapted from an exhibit label in Henry Ford Museum of American Innovation.
Barney Oldfield and Lincoln Beachey Racing, Columbus, Ohio, 1914 / THF228829
In racing, a skilled driver means everything, but if that person is blessed with charisma and an ability to attract attention, then the fruits of promotion are close at hand. Ability behind the wheel is essential for winning races. But from the sport’s earliest days, success in auto racing also has been augmented by a driver’s ability to attract attention and build a relationship with fans. This helps generate public awareness, fundraising, and sponsorship. In our new racing exhibit, Driven to Win: Racing in America presented by General Motors, two exceptional examples—one from the early days of the sport and one from today—are featured, along with their cars.
In the early 1900s, Barney Oldfield made himself larger than life with his widely publicized exploits on racetracks. Oldfield had a reputation as a fearless bicycle racer, and the very first automobile he ever drove was Henry Ford’s “999.” That was about a week before he raced it in the Manufacturers' Challenge Cup on October 25, 1902. Oldfield won handily, which launched his colorful auto racing career. It also produced the first of many opportunities for Henry Ford to promote Oldfield’s exploits to continue building his own reputation on the way to founding Ford Motor Company a year later.
Ken Block has successfully used his charisma, along with his unquestionable car-control skills, to create a name for himself and to build public awareness for his sponsors and their products. Barney Oldfield was largely limited to personal appearances, posters, and newspaper stories and ads to build his brand and those of his backers, but Ken Block has been able to add video, television, the Internet, and social media to his arsenal for attracting attention. His viral “Gymkhana” videos alone have generated hundreds of millions of views around the world. The car you’ll see in Driven to Win was used in “Gymkhana FIVE: Ultimate Urban Playground; San Francisco.”
Festival Queen with the Borg-Warner Trophy at the 52nd Indianapolis 500, May 30, 1968 / Indy50005-68_1096
The Greatest Spectacle in Racing
Say "Indianapolis" and everyone immediately thinks "500." Yes, we’re talking about the greatest spectacle in racing.
The Indianapolis 500-mile race and its venue, Indianapolis Motor Speedway, are the grandparents of American races and race tracks. The 2.5-mile rectangular oval was constructed in 1909 and paved with 3.2 million bricks, which prompted the moniker, “The Brickyard.” A three-foot strip of bricks remains today at the start/finish line. The first Indianapolis 500 ran in 1911, and Ray Harroun won, driving a Marmon Wasp on which Harroun installed a rear-view mirror he had designed—the first ever used on an automobile. His average speed for the 500 miles was 74.602 mph. At present, the fastest 500-mile average speed was set by Tony Kanaan in 2013 at 187.433 mph.
As the 500 grew in importance, it soon became America’s most famous auto race and attracted interest globally. Out of the track’s fame, the name "Indy Car” soon was applied to the open-wheel cars that toured the United States (and much later were included in races in Canada and Mexico), but the Indianapolis 500 always has been the biggest, most important event on the calendar: “The Greatest Spectacle in Racing.”
For the 1935 Indy 500, Henry Ford entered a factory team of cars, designed by Harry Miller and powered by modified Ford V-8 engines. This car is one of ten that were built. Miller was the most important American racing designer before World War II. His legacy includes the 4-cylinder Offenhauser engine (for an example, check out the Meskowski-Offenhauser, which you’ll also find in Driven to Win), plus innovation, superb craftsmanship, and artistic touches like the aerodynamic, cast-aluminum suspension arms that could be pieces of sculpture. This car is lower and more streamlined than any other 1935 race car, with four-wheel drive and independent suspension, front and rear—unheard of back then. Unfortunately, the project had insufficient development time, and the car had a flaw that abbreviated testing didn’t reveal until it was too late. The steering box was mounted too close to the exhaust manifold, and eventually the exhaust heat caused the steering to seize up. All the Miller-Ford cars that qualified for the 500 dropped out.
This collection of parts is the remnants of one of the most horrific crashes in Indianapolis 500 history. It reminds us that auto racing, while much safer than it used to be, will always be dangerous. In a melee of cars on the front straight at the start of the 1973 Indy 500, this car, driven by David "Salt" Walther, crashed into the outside wall and flipped into the retaining fence. A fuel tank ruptured and the methanol fuel burst into flames. The front of the car ripped off, and videos show Walther's feet dangling outside. He was badly burned, and some spectators also were burned, but there were no fatalities. In spite of his severe injuries, Walther came back to race again in 1974. Safety equipment like a helmet, fire-resistant clothing, a roll bar, and rubber fuel tank liners helped Walther survive, but the crash also triggered some changes to safety rules. Smaller fuel tank capacity reduced the risk of fire, smaller rear wings were mandated to reduce speeds, and the track updated many of its rapid-response procedures.
Tom Sneva qualified on the pole for the 1984 Indianapolis 500 in this car, with a four-lap average of 210.029 mph. He was the first driver ever to qualify at more than 200 mph. The car is powered by a 159-cubic-inch Ford/Cosworth V-8 engine that produces some 740 horsepower. This car’s design and engineering follow trends that began in the 1970s and are still seen in today’s Indy Cars. The front and rear wings generate aerodynamic downforce to help the car’s tires grip the road. Its cooling radiators are mounted in the side pods, and the bodywork under the pods is shaped to create a low-pressure area that adds more downforce to essentially suck the car down onto the track. The monocoque chassis is made with both aluminum and magnesium. Today’s Indy Cars still have wings and side pods, but the monocoque chassis are now fabricated from carbon fiber.
Along with all of that planning, we did some serious collecting as well. Visitors to Driven to Win will see more than 250 artifacts from all eras of American racing. Several of those pieces are newly acquired, specifically for the show.
Shoes worn by Ken Block in Gymkhana Five. Block co-founded DC Shoes in 1994. / THF179739
The most obvious new addition is the 2012 Ford Fiesta driven by Ken Block in Gymkhana Five: Ultimate Urban Playground; San Francisco. The car checked some important boxes for us. It represented one of America’s hottest current motorsport stars, of course, but it also gave us our first rally car. The Fiesta wasn’t just for show—Block drove it in multiple competitions, including the 2012 X Games in Los Angeles, where he took second place (one of five podium finishes Block took in the X Games series). At the same time, we collected several accessories worn by Block, including a helmet, a racing suit, gloves, sunglasses, and a pair of shoes. The footwear is by DC Shoes, the apparel company that Block co-founded with Damon Way in 1994.
Racing toys and games are prominently represented in Driven to Win. We have several vintage slot cars and die cast models, but I was excited to add a 1:64 scale model of Brittany Force’s 2019 Top Fuel car. Force is one of NHRA’s biggest current stars, and an inspiration to a new generation of fans.
Charmingly dated today, Pole Position’s graphics and gameplay were strikingly realistic in 1983. / THF176903
Many of those newer fans have lived their racing dreams through video games. We had a copy of Atari’s pioneering Indy 500 cartridge already, but I was determined to add newer, more influential titles to our holdings. While Indy 500 didn’t share much with its namesake race apart from the general premise of cars competing on an oval track, Atari’s Pole Position brought a new degree of realism to racing video games. Pole Position was a top arcade hit in 1982, and the home version, released the following year, retained the full-color landscapes that made the game so lifelike at the time. I was excited to acquire a copy that not only included the original box, but also a hype sticker reading “Arcade Hit of the Year!”
Another game that made the jump from arcade to living room was Daytona USA, released in 1995 for the short-lived Sega Saturn. Rather than open-wheel racing, Daytona USA based its gameplay on stock car competition. The arcade version was notable for permitting up to eight machines to be linked together, allowing multiple players to compete with one another.
More recently, the Forza series set a new standard for racing video games. The initial title, Forza Motorsport, featured more than 200 cars and encouraged people to customize their vehicles to improve performance or appearance. Online connectivity allowed Forza Motorsport players to compete with others not just in the same room, but around the world.
One of my favorite new acquisitions is a photograph showing a young racer, Basil “Jug” Menard, posing with his race car. There’s something charming in the way young Menard poses with his Ford, a big smile on his face and hands at his hips like a superhero. His car looks worse for the wear, with plenty of dents and an “85” rather hastily stenciled on the door, but this young driver is clearly proud of it. Menard represents the “weekend warrior” who works a regular job during the week, but takes on the world at the local dirt track each weekend.
When we talk about a racer’s tools, we don’t just mean cars and helmets. / THF167207
Drivers may get most of the glory, but they’re only the most visible part of the large team behind any race car. There are folks working for each win everywhere from pit lane to the business office. Engineers are a crucial part of that group, whether they work for the racing team itself, the car manufacturer, or a supplier. In the early 20th century, Leo Goossen was among the most successful racing engineers in the United States. Alongside designer Harry Miller, Goossen developed cars and engines that won the Indianapolis 500 a total of 14 times from 1922 to 1938. We had the great fortune to acquire a set of drafting tools used by Goossen in his work. The donor of those tools grew up with Goossen as his neighbor. As a boy, the donor often talked about cars and racing with Goossen. The engineer passed the tools on to the boy as a gift.
We could not mount a serious exhibit on motorsport without talking about safety. Into the 1970s, auto racing was a frightfully dangerous enterprise. Legendary driver Mario Andretti commented on the risk in the early years of his career during our 2017 interview with him. Andretti recalled that during the drivers’ meeting at the beginning of each season, he’d look around the room and wonder who wouldn’t survive to the end of the year.
Improved helmets went a long way in reducing deaths and injuries. Open-face, hard-shell helmets were common on race tracks by the late 1950s, but it wasn’t until 1968 that driver Dan Gurney introduced the motocross-style full-face helmet to auto racing. Some drivers initially chided Gurney for being overly cautious—but they soon came to appreciate the protection from flying debris. Mr. Gurney kindly donated to us one of the full-face helmets he used in occasional races after his formal retirement from competitive driving in 1970.
And speaking of Dan Gurney, he famously co-drove the Ford Mark IV to victory with A.J. Foyt at Le Mans in 1967. We have a treasure trove of photographs from that race, and of course we have the Mark IV itself, but we recently added something particularly special: the trophy Ford Motor Company received for the victory. To our knowledge, Driven to Win marks the first time this trophy has been on public view in decades. Personally, I think the prize’s long absence is a key part of the story. Ford went to Le Mans to beat Ferrari. After doing so for a second time in 1967, Ford shut down its Le Mans program, having met its goal and made its point. All the racing world had marveled at those back-to-back wins—Ford didn’t need to show off a trophy to prove what it had done!
Janet Guthrie wore this glove at the 1977 Indy 500—when she became the first woman to compete in the Greatest Spectacle in Racing. / THF166385
For most of its history, professional auto racing has been dominated by white men. Women and people of color have fought discrimination and intimidation in the sport for decades. It is important to include those stories in Driven to Win—and in The Henry Ford’s collections. We documented Janet Guthrie’s groundbreaking run at the 1977 Indianapolis 500, when she became the first woman to compete in America’s most celebrated race, with a glove she wore during the event. I quite like the fact that the glove had been framed with a plaque, a gesture that underlined the significance of Guthrie’s achievement. We’ve displayed the glove in the exhibit still inside that frame. More recently, Danica Patrick followed Guthrie’s footsteps at Indy. Patrick also competed for several years in NASCAR, and in 2013 she became the first woman to earn the pole position at the Daytona 500. She kindly donated a pair of gloves that she wore in 2012, her inaugural Cup Series season.
Wendell Scott, the first Black driver to compete full-time in NASCAR’s Cup Series, as photographed at Charlotte Motor Speedway in 1974. / THF147632
Wendell Scott broke NASCAR’s color barrier when he battled discrimination from officials and fans to become the first Black driver to win a Cup Series race. Scott earned the victory at Speedway Park in Jacksonville, Florida, in December 1963. We acquired a photo of Scott taken later in his career, at the 1972 World 600. Scott retired in 1973 after sustaining serious injuries in a crash at Talladega Superspeedway. In addition to acquiring the photo, we were fortunate to be able to borrow a 1966 Ford Galaxie driven by Scott during the 1967 and 1968 NASCAR seasons.
Wendell Scott’s impact on the sport is still felt. Current star Darrell “Bubba” Wallace is the first Black driver since Scott to race in the Cup Series full-time. Following the murder of George Floyd on May 25, 2020, Wallace joined other athletes from all sports in supporting the Black Lives Matter movement. He and his teammates at Richard Petty Motorsports created a special Black Lives Matter paint scheme for Wallace’s #43 Chevrolet Camaro, driven at Virginia’s Martinsville Speedway on June 10, 2020. We acquired a model of that car for the exhibit. The interlocked Black and white hands on the hood are a hopeful symbol at a difficult time.
Our collecting efforts did not end when Driven to Win opened. We continue to add important pieces to our holdings—most recently, items used by rising star Armani Williams in his stock car racing career. There will be more to come: more artifacts to collect, more stories to share, and more insights on the people and places that make American racing special.