Our latest installation of What We Wore: Bonnie Cashin. / THF191461
The current What We Wore exhibit in Henry Ford Museum of American Innovation features clothing by Bonnie Cashin. American designer Bonnie Cashin’s ideas, radical when introduced, have become timeless.
Who was Bonnie Cashin? An inscription in her senior yearbook provided a hint of things to come: “To a kid with spark—may you set the world on fire.” She did. By the 1950s, Cashin had become “a mother of American sportswear” and one of the most influential fashion designers of the 20th century.
Born in 1908 in California, Bonnie Cashin apprenticed in her mother’s custom dress shop. At 16, she began designing chorus costumes for a Hollywood theater. Next stop—the Roxy Theatre in New York City, where the 25-year-old was the sole designer. The street clothes Cashin designed for a fashion-themed revue led to a job at the prestigious ready-to-wear firm Adler & Adler in 1937. Cashin left for California in 1943, where she spent six years at 20th Century Fox, designing costumes for approximately 60 films.
Cashin’s designs for the 1944 movie Laura were the most influential of her 20th Century Fox creations. Motion pictures of the 1940s tended to showcase female stars as wealthy and glamorous women. Cashin’s designs for actress Gene Tierney suggested clothing chosen by the character of Laura herself, rather than costumes worn for an actress’s role. A revolutionary concept for the time, the garments reflected Cashin's real-life views. / THF700871
Cashin and actress Olivia de Haviland look over costumes created for the motion picture The Snake Pit in 1948. / THF703254
In 1949, back in New York, Cashin created her first ready-to-wear collection under her own name. Cashin designed for “the woman who is always on the go, who is doing something.” She introduced the concept of layering, with each piece designed to work in an ensemble, alone, and in different combinations. The fashion world took notice. In 1950, Cashin won both the prestigious Coty American Fashion Critics’ Award and the Neiman Marcus Fashion Award.
This 1952 ad dates from the year Bonnie Cashin opened her own design studio. It captures the spirit of Cashin’s intended customers—women always on the go. / THF701655
In 1952, Cashin opened her own one-woman firm, Bonnie Cashin Designs. Cashin insisted on total creative control as she worked with the manufacturers who produced her designs. Cashin chose craftsmanship over commercial success. She never wavered in her artistic vision—functional simplicity and elegant solutions.
Jacket (Wool, Brown Leather Binding, Brass Toggle Closures), 1965–1970, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188918
Trousers (Suede), 1955–1960, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188947
Many Cashin designs were practical solutions to problems she herself experienced. Her tailored poncho was born after she cut a hole in a blanket to cope with temperature fluctuations while driving her convertible through the Hollywood Hills.
Coat (Mohair, Suede Bindings, Brass Clip Closure), 1955–1964, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188928
Sweater (Cashmere, Brass Buttons), 1955–1964, Designed by Bonnie Cashin, New York City, and Made by Ballantyne, Innerleithen and Peebles, Scotland. / THF188908
Trousers (Leather, Brass Toggle Closures), 1965–1970, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188945
Cashin is most well-known for her innovative use of leather, mohair, suede, knits, and nubby fabric, as well as heavy hardware used as fastenings. Cashin had a deep love of color and texture—she personally selected, designed, or commissioned her fabrics.
In this 1972 ad for Singer sewing machines, examples of Bonnie Cashin’s favored textiles—suede, leather, knits, and nubby tweeds—appear on the shelves behind her. / THF700873
Traveling widely during her career, Cashin closely studied the traditional clothing of other cultures. Her international focus and attention to refining traditional shapes down to their most modern and mobile forms led to her distinctive “Cashin Look.”
Jacket (Mohair Bouclé, Leather Bindings, Brass Sweater Guard Closure), about 1965, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City; Fabric Made by Bernat Klein, Galashiels, Scotland. / THF188913
Bonnie Cashin created dazzling costumes for the stage and screen—then excelled at exquisite minimalism in her sportwear. The intersection? Cashin’s garments always moved with the wearer and were designed to be set against a backdrop—whether a theatrical scene or contemporary life.
Coat (Wool, Leather Binding), 1965–1972, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188933
Trousers (Leather, Brass Toggle Closures), 1965–1972, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188943
Jacket (Leather, Brass Toggle Closures), 1965–1972, Designed by Bonnie Cashin and Made by Philip Sills & Co., New York City. / THF188938
Innovative and influential, Cashin continued to design until 1985. Following her death in 2000, among the handwritten notes jotted on scraps of paper in her apartment was one that read, “How nice for one voice to ignite the imaginations of others.”
In the 1930s and 1940s, race fans who didn’t have the budget or the bravery for full-size auto racing could find big thrills in small scale through the world of tether cars. These gas-powered model cars were raced by adults in organized competition. The models either raced against the clock, running in circles while tethered to a pole, or they raced against each other on a scaled-down board track fitted with guide rails.
The fastest tether cars topped 100 miles per hour—real miles, not scale miles—which explains another name given to them: spindizzies. (Imagine watching a little car zooming around a pole and the name makes perfect sense.) Though they look like toys, these models could be expensive. By the time you bought the car, the engine, the tools, and the accessories, you could be looking at more than $100—at a time when you could by a Ford DeLuxe Convertible for well under $1,000. At the hobby’s peak, some 25 major manufacturers and hundreds of individual builders produced tether cars. But few makers matched the skill and craftsmanship of Barney Korn.
Barney Korn’s skill was apparent from his high school days, as when he built this working engine in shop class. / THF160779
Bernard Barney Korn was born in Los Angles on April 24, 1903. He showed his modeling talents at an early age, building an elaborate water-cooled model engine as a project for his high school shop class. After high school, Korn honed his skills in part by working as a machinist for aviation innovator Howard Hughes, whom he joined in 1924.
One of Barney Korn’s “Indianapolis” models, with the hood removed to expose the single-cylinder gas engine. / THF157084
As tether cars became more popular, Barney Korn joined the booming business and formed B.B. Korn Specialty Manufacturing Company in 1939. His first production model, the “Meteor,” was also his rarest. Only 18 examples are known to have been made. The following year, Korn began production of his best-known and, many would say, best-looking model: the “Indianapolis.” Based on real Indianapolis 500 race cars of the time, Korn’s “Indianapolis” was handsome and well proportioned. It was a big model, with an overall length over 20 inches. Many were also exceptionally detailed. The “Liberty Special” car even had a working compass in its dashboard! But the “Indianapolis” was rare too. It’s believed that Korn produced fewer than 70 examples in total. Most featured rear-wheel drive trains and aluminum bodies, though a few had lightweight magnesium bodies. When materials were restricted during World War II, Korn mixed and matched aluminum and magnesium components as needed.
Korn’s working dynamometer measured engine performance in his model cars. / THF159749
Barney Korn used precision tools, molds, and patterns to build his model cars. In a particularly impressive feat, Korn even built a working dynamometer to test his cars’ performance. Like full-size dynamometers, Korn’s version was basically a treadmill for engines. It allowed a model car’s drive wheels to spin while the car itself remained stationary. Korn’s dyno measured the power and torque of the .60-cubic inch engine as it delivered power to the wheels. The little dynamometer was even adjustable to accommodate both front and rear-wheel drive models.
This unfinished Korn “Indianapolis 29” kit would have appealed to the budget-conscious tether car buyer. / THF162913
The B.B. Korn Manufacturing Company provided a few options for budget-conscious buyers. Instead of a standard “Indianapolis” model, they could purchase one of Korn’s “Indianapolis 29” cars. Everything about the “29” series was smaller—from the .29-cubic inch engines (source of the name), to the dimensions, to the all-important price tags. Those wanting to save even more could opt for an unassembled “Indianapolis 29” kit rather than a fully assembled car. With the kit, it was up to the buyer to finish rough edges on the balsa wood body, and to source an engine separately.
Barney Korn’s tether cars were beautifully made and carefully detailed, but that quality came at a price—in dollars and in performance. Korn’s models were too expensive for amateur hobbyists and too slow for serious racers. Poor sales made the B.B. Korn Manufacturing Company unsustainable, and it closed just a few years after it opened.
Barney Korn went on to a career in modelmaking for special effects work in films. His detailed miniatures can be seen in movies like To Please a Lady, a 1950 racing melodrama staring Clark Gable and Barbara Stanwyck, and Moby Dick, the 1956 adaptation of Herman Melville’s novel directed by John Huston. In the early 1980s, Korn even built a few improved versions of his original tether car designs.
Barney Korn died in Los Angeles on October 23, 1996, but his craftsmanship survives. Replicas of Korn’s models are readily available today, and originals are highly prized by collectors. It’s a proud legacy for a talented artist who some regard as the Leonardo da Vinci of the tether car hobby.
Western Europe and its colonies in the Americas have long been fascinated with the Eastern cultures Europeans depicted as “mysterious,” and specifically their exotic trade goods, such as spices, silk, porcelain, and, later, tea. In fact, this interest was the motivation behind the European arrival in the Americas, as Europeans sought a shorter route to reach China and India in the 15th and 16th centuries. This is the first of two blog posts that examine the European and American fascination with Asia and how that was expressed in the decorative arts.
The earliest form of decorative arts that fascinated Europeans was porcelain. Around the 7th or 8th century C.E., the Chinese first produced what Westerners call “hard paste” porcelain—clay that consists of a compound containing the mineral kaolin and is fired at an extremely high temperature, usually around 1400 degrees Celsius. The kaolin in the clay fused the body with the glaze on top during the firing process. The resulting vessel proved to be extremely durable, almost glass-like, and resisted chips and cracking. Should the piece break, it would be a clean break.
Western ceramics were mostly made from earthenware, usually fired at a relatively low temperature with a slip (watered-down clay) glaze or a true glaze. Both processes cover the vessel with fine particles which fuse into a glasslike layer, sealing the pores of the clay body. There are two main types of glazed earthenware. The first is covered with a transparent lead glaze, where the earthenware body to which this glaze is applied has a creamy color, known as creamware. The second type, covered with an opaque white glaze, is called tin-glazed earthenware, popularly known as majolica, faience, or delft. Both types of earthenware chipped and broke easily.
When Europeans were first exposed to Chinese porcelain in the 14th and 15th centuries, it was seen as wondrous and innovative. In addition to its glasslike qualities, the pure white color of the porcelain amazed Europeans. In the 16th and 17th centuries, Spanish, Portuguese, and Dutch traders competed to secure Chinese porcelains for the European markets. The teacup shown below is a good example of what the Europeans craved.
Teacup from Vung Tau Shipwreck, Late 17th Century / THF188797
Teacup from Vung Tau Shipwreck, Late 17th Century / THF188796
This teacup was salvaged from a shipwreck dating around 1690 in the South China Sea, about 100 miles from Vung Tau, Vietnam. During the early 1990s, thousands of porcelain items destined for the Dutch market were brought up from the wreck and sold at auction. The Henry Ford acquired this item from one of the auctions. This small cup would have been prized in the household of a wealthy European. It might even have found its way to the American colonies as a luxury item during the late 17th or early 18th centuries.
Items like this teacup provided a design source for European ceramic makers beginning in the late 17th century. Basically, they attempted to appropriate the Chinese designs in earthenware, as in the storage jar shown below.
Storage Jar, 1710-1750, Made in the Netherlands / THF190255
Storage Jar, 1710-1750, Made in the Netherlands / THF190254
What is so interesting about this piece is that the Dutch decorator is drawing Chinese figures in a Chinese inspired landscape for a European audience. Even the form, known as a ginger jar shape, is based on Chinese precedent. The only missing element here is the circular lid. This is helpful for us because the top rim, where the lid should be, shows us the chips in the glaze that occurred though use. We can see that this is not Chinese porcelain, as the dark-colored earthenware body shows through. Chips are also visible along the base. Clearly this jar was not only a prized object but was used.
Punch Bowl, 1700-1730, Made in England / THF188783
The punch bowl and plate shown above, both made in England, attempt to copy the look of Chinese porcelains—but, like the storage jar, are made of earthenware. We could really call these the first "knock-offs" in history. They represent the beginnings of what collectors and scholars call “Chinoiserie”—the appropriation and interpretation of Chinese and East Asian design motifs by Europeans. The idea was to create the spirit of a faraway place and give the owner the cachet of owning a luxurious and expensive object. The underlying idea was to project a sense of worldliness and sophistication.
Tea Box and Cannisters, 1800-1840, Made in China for the Western Market / THF190059
During the 17th and 18th centuries, tea from China became an important trade good, especially in England and America. Elegant Chinese lacquer boxes, complete with Chinoiserie scenes, became the rage, as did tea caddies, a necessary part of a tea set designed to safely store and dispense tea leaves.
Tea Service, 1765–1770, Made by the Worcester Porcelain Company, Shropshire, England / THF154881
In the later 18th century, tea equipment became extremely sophisticated, as the set above shows. This service uses Chinese or Chinoiserie decorative elements and combines them with the popular French Rococo decorative style to a luxurious effect. The English Worcester Porcelain Company tried to imitate Chinese porcelains with their “soft paste” porcelains, which were close approximations of the true “hard paste” Chinese wares. By 1800, the chemistry of Chinese porcelains was known in Europe—first by the Meissen firm in Germany, then later spreading out across the continent.
Western Tea Pots and Slop Bowl in Silver Next to Chinese Versions in Porcelain, Late 18th Century / THF139315
An interesting aspect of the China Trade was the production of Chinese versions of Western forms in porcelain. Western traders or agents, known as “supercargoes,” brought examples of Western wares for copy to Guangzhou (then called the port of Canton by the English). There, they presented them to their Chinese counterparts, who took these items to the porcelain factories located in Jingdezhen, then the porcelain capital of China.
“Hong” Bowl, about 1780, Made in China for the Western Market / THF190085
“Hong” Bowl, about 1780, Showing Trading Offices, Indicated by the Flags of Great Britain, the Hanseatic League (Now Germany), and Sweden / THF190086
“Hong” Bowl, about 1780, Showing the Port of Guangzhou and the Trading Office of Denmark, Indicated by the Flag / THF190088
One of the most interesting aspects of the China Trade was souvenir “Hong” bowls that showed panoramic views of offices, warehouses, and living spaces for foreign merchants in Guangzhou in the late 18th century. These were brought back to the West by supercargoes and used for serving punch at parties. Western merchants were allowed access only to the port area and needed Chinese intermediaries to send their orders to the porcelain factories inland.
In addition to porcelain tea and lacquerware, Westerners sought out luxurious Chinese silks, but relatively little else was imported to the West. One exception is the teapot shown below, made of a Chinese alloy of nickel and copper known as Paktong that resembles silver. In fact, the term “Paktong” is a corruption of the Chinese “bai tong,” meaning “white copper.”
Teapot with Stand, Made for Export, circa 1800 / THF92948
This teapot, made around 1800, was created for sale in the newly independent United States. Following the Revolutionary War, Americans were eager to establish international trade, and the lucrative China Trade was at the top of their list. This teapot would have appealed to Americans as it was executed in the fashionable Federal or Neoclassical style, which emphasized geometric forms, ovals, and cylindrical shapes.
By 1800, the China Trade began to transform. The American market broadened the China Trade, especially as the 19th century progressed and the United States grew. Also, Chinese goods were no longer viewed as unique and luxurious, as they were in the 18th century. This is partly due to the Western discovery of true or “hard paste” porcelain. The Chinese monopoly was gone. Still, Asian goods were depicted as exotic and the romanticized mystery of the Far East continued. In a second installment of this story, we will examine the transformation and role of Japanese influence on the West in the later 19th century.
When it comes to dining experiences, Eagle Tavern in Greenfield Village is one of a kind. The stagecoach tavern was built in 1831 in Clinton, Michigan. Calvin Wood and his wife Harriet operated it from 1849 to 1854, offering food, drink, and accommodations to the locals and those who came through the town. In 1927, Henry Ford purchased the tavern and brought it to Greenfield Village as the Clinton Inn, where it first served as a cafeteria for Edison Institute students and then for visitors. In April 1982, Eagle Tavern officially opened as the restaurant we know today. Forty years later, Eagle Tavern continues to delight members and guests with mid-1800s food and drink.
As we celebrate the beginning of the 2022 Greenfield Village season, Sous Chef Kasey Faraj shares three of his favorite Eagle Tavern recipes for you to try at home.
Photo by Emily Berger
“My absolute favorite thing about the tavern is the overall guest experience,” said Faraj. “There is simply no place like this anywhere in America where we are taking our guests on a journey to the past. Everything from our Calvin and Harriet Wood characters chatting with our guests to the food, to the look of the bill of fare and restaurant, and the servers in period clothing, we all collectively create an experience that is unique, historically accurate, and unmatched by any establishment.”
Faraj found inspiration for his menus from classic mid-1800s era cookbooks, like Mrs. Putnam’s Receipt Book and The Kentucky Housewife. It was in these wonderful books that he was inspired to create dishes such as our delicious Asparagus Soup, Pork and Potato Balls, and Bouilli Beef.
Eagle Tavern’s Asparagus Soup
½ pound unsalted butter
1 ½ cups yellow onion, medium dice
1 teaspoon fresh garlic, minced
5 pounds asparagus, trimmed
1 ½ cups celery, diced
2 bay leaves
¾ gallon vegetable broth
½ cup cornstarch
1 quart half-and-half
Salt and pepper to taste
Heat a stockpot and melt the butter.
Add the onions and garlic and cook over medium-high heat until onions are translucent.
Add the asparagus, celery, bay leaves, and vegetable broth. Bring to a boil.
Once boiling, turn heat to low and simmer until asparagus is tender.
Add the cornstarch and half-and-half and puree the mixture with a hand blender until smooth. (You can also slowly break down the asparagus with a potato masher.)
Add salt and pepper to your liking.
Adjust the cornstarch if thicker or thinner soup is desired.
Strain if you wish to have a lighter-style soup. Serve with fresh bread or crackers.
“The awesome curators here at The Henry Ford and I collaborate to find these menu items in cookbooks from the past,” said Faraj. “I then take said items and build the menu through both seasonal availability and the story of Harriet and Calvin Wood. It is not as simple as, ‘I found a recipe for a mid-1800s era style corn soup, so we are going to offer that soup.’”
Faraj and team take everything into consideration:
How did season and local availability influence the meals that a tavernkeeper like Harriet Wood might have prepared for her tavern customers?
What foodstuffs could have been imported in southern Michigan in 1850?
What type of meals and desserts might Harriet Wood have had time to prepare over an open hearth in her busy tavern kitchen?
“In-depth research from period American cookbooks found in our research center, and expertise from our curators, help us find our way to these answers,” he said. “The ability to find a recipe from a book written almost two centuries ago, test that recipe, and then place it on a menu (that is seasonally accurate!) is what makes a chef working in historic dining challenging—yet fun!”
Eagle Tavern’s Pork and Potato Balls
3 pounds cooked Idaho potatoes
3 fresh eggs
1 pound cooked pork-sage sausage, crumbled
Salt and pepper to taste
1 pound unsalted butter
Put cooked potatoes in a large mixing bowl. Using a potato masher, mash the potatoes until there are very few lumps.
In a separate bowl, whisk the eggs.
Add the crumbled sausage, salt, and pepper to the eggs and mix until evenly distributed.
Using a spoon or a small scooper, shape the mix into small balls no larger than a golf ball.
Heat a nonstick pan and melt the butter.
Cook the balls in the butter until browned on all sides and the internal temperature is 165° F. When cooked, sprinkle with additional salt and pepper and serve with extra butter, if desired.
One last recommendation from Chef Faraj: Eagle Tavern’s Bouilli Beef. “This dish is great served with roasted potatoes and mashed parsnips,” he said.
Season the beef with salt and pepper. Heat the vegetable oil in a stockpot on the stove and sear the meat on all sides.
Add the rest of the ingredients except for the soy sauce, mustard, cornstarch, and pickles.
Bring it all to a boil; once boiling, turn the heat down to a low setting and cover. Let cook slowly until the meat is almost fall-apart tender, 2-3 hours. Turn off and leave on stove.
Take half the stock the beef was cooked in and strain. Whisk together the soy sauce, mustard, and strained stock in a small saucepot over medium heat. Add the cornstarch and bring to a slow boil; cook until gravy is slightly thick. Add the cooked beef and plate with the turnips it was cooked with.
Ladle 2-3 ounces of gravy over each piece and top with chopped pickles.
In 1942, marine engineer Richard James of Philadelphia was working on a sensitive marine meter designed to monitor horsepower on naval battleships. His quest? To develop an inner spring that would assure that the device—even if rocked at sea—would give an accurate reading. As James worked, he accidentally knocked one of the rejected prototypes off his desk. The spring hit the ground—then kept spiraling, coil by coil, over the office floor!
This unexpected response intrigued James, who immediately realized that it would make a great toy. For several years he tested various metals, thicknesses, and proportions to come up with the perfect design. His wife, Betty, came up with the perfect name—Slinky. Then James began to sell his Slinkys in local stores. But people weren’t buying.
Clearly customers needed to be shown what a Slinky could do. Richard and Betty James, determined to find success, convinced the Gimbels department store to let them do an in-store demonstration. James had arranged with a local machine ship to manufacture 400 Slinkys—98 coils of high-grade, blue-black Swedish steel piled 2 ½ inches high. Armed with a small set of stairs, the Jameses set out for Gimbels with their Slinkys. As the department store’s curious customers looked on, the Slinky gracefully moved down the stairs. Within minutes, the entire stock of 400 had sold.
Slinkys look simple—but they are actually quite intricate. The original dark steel was later replaced with a silver-colored steel. And, while Slinkys now come in colored plastic, the classic Slinky has remained virtually unchanged.
There’s something rather lifelike about a Slinky, whether walking down some stairs or a sloped board, or shuffling back and forth between one’s hands. And the sound of a Slinky in motion—quite melodious. I have fond childhood memories of a Slinky gliding coil over coil down our stairs—each move punctuated by that distinctive Slinky “snap”—as my siblings and I looked on mesmerized by its flowing passage. How did it know how to do that?
During World War II, the Japanese invasion of the Far East cut off the United States’ rubber supply—rubber badly needed for the mass production of tires and boots. The War Production Board asked General Electric to develop an inexpensive rubber substitute. Chemical engineer James Wright set to work at the company’s New Haven, Connecticut, lab, experimenting with boric acid and silicone oil. Unexpectedly, the two substances gelled. The result was a gooey compound that bounced when tossed on the floor—even higher than rubber did. It stretched farther and retained its properties over a wide temperature range. And oddly enough, it had the ability to lift text or images off the pages of newspapers and comic books. Quite amazing stuff. But the United States War Production Board rejected it as a rubber substitute. And—despite investigation into other possibilities—one seemingly without a practical use.
Silly Putty became a curiosity that made the rounds of New Haven cocktail parties, where it found itself an amusing “guest.” Ruth Fallgatter, who owned a toy store, and Peter Hodgson, her advertising consultant, took notice. Soon, the putty appeared in the store’s holiday catalog as a novelty gift for adults called Bouncing Putty. There was no image, only a description of the product. You guessed it. Bouncing Putty was a huge hit among Fallgatter’s customers.
Fallgatter lost interest in continuing to market the product, but Hodgson persevered. He purchased a large batch of the putty from General Electric, hired Yale students to separate it into one-ounce portions, then packaged it in multicolored plastic eggs. Since “bouncing” didn’t cover everything this remarkable putty could do, Hodgson called it Silly Putty.
Silly Putty’s reception at the 1950 New York Toy Fair didn’t go too well. Hodgson managed to get only a few accounts. One of these was Doubleday bookshops—and that proved to be enough. Silly Putty soon got its “big break” when a staff writer for The New Yorker discovered it when he stopped in the chain’s Manhattan store, then mentioned Silly Putty in the magazine’s popular “Talk of the Town” column. A few days later, Hodgson had orders for over 250,000 items. Since then, the contents of hundreds of millions of Silly Putty eggs have been bounced and stretched by kids and adults alike.
Oh—that thing about Silly Putty not having a practical purpose? Apparently, it does for some. People have used it to clean typewriter keys or level the legs of wobbly tables. Silly Putty even orbited the moon in 1968 with the Apollo 8 astronauts, helping to keep their tools fastened down in the weightless environment.
Like other kids, I would grab Silly Putty and the Sunday comics, then lift an image from the page. At first, I pulled carefully to distort the image in interesting ways. By the end of pulling, the image was so distorted that it was no longer recognizable—then every trace magically disappeared as I kneaded the putty. (I hear this no longer works, since the printing process for color comics has changed.) But perhaps my favorite Silly Putty-related activity was bouncing it—Silly Putty had an energetic, almost otherworldly bounce. And I can’t recall childhood memories of Silly Putty without thinking of the time my sister took it to bed with her. For years afterwards, a perfectly oval Silly Putty stain graced the sheets.
You’ve heard of starving artist stories. Well, this is one.
In 1951, Harry and Patricia Kislevitz were experimenting with various materials and mediums—preferably of the least expensive sort. A friend who owned a handbag business gave them a large roll of flexible vinyl that he didn’t want. The Kislevitzes discovered that it stuck really well to the semi-gloss paint on their bathroom walls—then proceeded to cut out basic shapes and arrange them artistically. When guests visited, they found vinyl and scissors lying on the bathroom counter, beckoning them to join in. A good time was had by all as everyone added to or rearranged the giant collage!
The Kislevitzes decided to market their idea. They created vinyl pieces in standard geometric shapes and primary colors. Then they packaged them with a sheet of black laminated paperboard. Colorforms caught on! And they soon came in new sets—pieced, die-cut, and screened to look like characters or everyday objects.
A kid could design dinosaurs, dress ballet dancers, or send vinyl superheroes on adventures. Scenes from favorite movies or TV shows like Mary Poppins or Sesame Street were within two-dimensional reach. The possibilities were rich—and less messy, done without scissors, paste, or paint.
My favorite Colorforms in young childhood? A set where you dressed a character for the weather—similar to the Popeye version above.
When a New Jersey nursery schoolteacher happened to mention that the modeling clay used by her students was too firm for their small fingers, her brother-in-law took note. Joe McVicker, who was working for his father’s Cincinnati soap and cleaning products company, thought he might have an answer. In the mid-1950s, McVicker formulated a putty-like non-toxic substance and sold it as a wallpaper cleaner. Not only could it be easily shaped, but this compound also stayed soft indefinitely if stored in a tightly sealed container.
McVicker double-checked to assure that it was safe, then mailed some off to his sister-in-law’s school. Kids loved the putty—and so did the teachers. He knew he was on to something.
McVicker contacted the Cincinnati Board of Education, who bought the product for all the kindergartens and elementary schools in the district. Next, the putty made its debut at an educational convention, where it was noticed by the wife of a buyer for the Woodward & Lothrop department store in Washington, DC. After a successful in-store demo there, major retailers like Macy’s and Marshall Field placed their own orders.
By 1956, this wallpaper-cleaner-turned-kid’s-toy became known as Play-Doh. And the company? The family business transformed from Kutol Chemicals—not very kid-friendly—to Rainbow Crafts.
Play-Doh was originally offered only in white. By its second year on the market, it came in an even softer consistency and three colors: red, yellow, and blue—developed by company chemist Dr. Tien Liu. In the early 1980s, pink, purple, green, and orange made playtime with Play-Doh even more colorful. Day-glo and glitter versions would later follow.
What’s Play-Doh modeling compound made of? Apparently, that formula is a closely guarded secret.
I grew up in the red-yellow-blue era. I loved the way mixing these not-quite-primary colors could create other beautiful Play-Doh hues. The only downside? Once mixed and kneaded, you couldn’t return them back into their primary basics.
Engineers, businesspeople, artists—and NASA scientists. Accidental toy inventions have landed in toy boxes through these “out of the box” thinkers.
NASA rocket scientist? Yes, that would be Lonnie Johnson and his Super Soaker water gun.
Johnson was passionate about inventing not only at his day job as an engineer working with hundreds of colleagues, but also working on his own inventions in his spare time. In 1982, Johnson was in his home workshop developing an environmentally friendly cooling system. To test his idea of using circulating water and air pressure instead of the chemical Freon, Johnson connected a high-pressure nozzle to his bathroom faucet, aimed the nozzle, turned it on, and then blasted a powerful stream of water into the bathtub. He quickly recognized its potential as a toy—a pressurized water gun that didn’t require batteries and was safe enough for kids to play with!
Johnson quickly produced a prototype using Plexiglas, PVC pipe, a two-liter soda bottle, and other materials. Over the next few years, he continued to make improvements. In 1989, Johnson licensed his design for the Super Soaker to Larami. The company launched the toy in 1990.
Kids loved it! Within two years, the Super Soaker generated over $200 million in sales, becoming the top-selling toy in the United States. Improved versions of the Super Soaker debuted have debuted since then—delighting millions of kids and adults, too.
Johnson didn’t just take his royalty money and retire. It was a means to achieving his real goal—establishing his own research company, Johnson Research & Development Co., where Johnson develops innovative technology.
Panoramic view of the reconstructed vegetable shed from Detroit Central Market on April 10, 2022. The entrance that originally faced south is front and center in this view. / Compiled from two photographs taken by Debra A. Reid
The vegetable shed from Detroit Central Market, opening this week in Greenfield Village, provides the perfect opportunity to be a building detective! You can practice your powers of observation as you explore this open-sided structure. In the process, you can become a more informed observer of the built environment around you.
The following highlights should whet your appetite to learn more about this “shed.” Originally, it sheltered vendors who helped feed hungry Detroiters for more than 30 years, from April 1861 to February 1894. Then it spent 110 years on the upper end of Belle Isle sheltering horses, operating as a public riding stable, and as a storage facility for the City of Detroit. The Henry Ford acquired it in 2003, saving it from demolition. Then, between 2003 and 2021, we conducted research and raised funds to reconstruct it in Greenfield Village. Now you can explore the reconstructed Detroit Central Market shed starting its new life in the heart of Greenfield Village.
Is This Building a Reconstruction?
Rudy Christian, a traditional timber-frame expert and principal of Christian & Son, Inc., describes the Detroit Central Market shed as a reconstruction. He bases this on his experiences dismantling the structure in 2003, advocating for use of original materials and prepping the timber-frame elements, and reassembling the roof system during reconstruction in Greenfield Village during 2021.
The Secretary of the U.S. Department of the Interior (DOI) first defined “reconstruction” in 1978 as “the act or process of reproducing by new construction the exact form and detail of a vanished building, structure, or object, or a part thereof, as it appeared at a specific period of time” (Federal Register, Vol. 43, No. 236, December 7, 1978, page 57251). You can read more about the DOI’s standards for the treatment of historic buildings and landscapes here, including more about reconstruction and the other three standards: preservation (when the property retains distinctive materials and thus conveys historic significance without extensive repair or replacement), restoration (removal of features to return a property to an appearance of a particular time in the past), and rehabilitation (retention of a property’s historic character, but modifications may occur given ongoing use).
What Percentage of the Building Is Original?
The Detroit Central Market vegetable shed, while “new construction,” is authentic because of the significant percentage of original material incorporated into the reconstruction. Fifty percent of the columns (16 of 32) are original. The 16 originals are distinctive because of acanthus-leaf details on the bases, a spiral design, and capitals onto which cast S-scroll leaf ornaments are mounted.
Architectural S-scroll leaf ornament from the Detroit Central Market, 1860. / THF177806
These original cast-iron columns, however, are brittle. It is impossible to calculate their tensile strength—that is, the maximum stress that the cast iron can stand when being stretched or pulled before breaking. Modern code requires structural materials to meet tensile-strength specifications. This posed a significant challenge.
How Can We Meet Modern Building Codes with an Historic Structure?
The facilities team at The Henry Ford contracted with O’Neal Construction, Inc., of Ann Arbor, Michigan, on the reconstruction of the Detroit Central Market building. They were involved in all phases of the planning process and oversaw reconstruction from 2021 to its completion. The team considered different options to support the building, but ultimately selected an innovative solution that exceeds code requirements. In effect, the solution involved flipping the structural support upside down.
Ensuring guest safety required construction of an underground “moment frame” that anchors the structure and prevents it from acting like a huge umbrella on a windy day. The above screenshot shows the system of rebar that runs between the 48-inch-deep footers. The footers extend up to octagonal bases, or piers. These footers also accommodate modern infrastructure—specifically, electrical conduit that runs underground and up into the piers. All 32 columns are attached to the individual piers with anchor bolts, but 16 of the 32 columns are steel and specially designed extensions of the moment frame. As a whole, the moment frame ensures that the structure will remain on the ground and standing in perpetuity.
The entrance that originally faced north on April 10, 2022, now behind Hanks Silk Mill in Greenfield Village. There are original columns at both sides of the side-entrance gable, but rows of specially designed columns, integral to the moment frame, visible to both the left and right of this side-entrance. / Photograph by Debra A. Reid
The 16 new columns are distinctive from the originals in several ways. They are smooth, not spiral. They have fluted gussets (brackets) at the top, instead of capitals. Finally, they are larger in diameter than the originals. These distinctions make clear which columns are original and which are not, to inform guests of the innovation required to ensure their safety.
How Does the New Footprint Compare to the Original?
What was originally the west entrance, now facing State Street in Greenfield Village, on April 10, 2022, with original columns as well as additional columns installed in two rows in front of the structure. This gives guests a better impression of the original building footprint, though an additional eight columns would be required to mimic the full original size of 11 bays and 242 feet in length. /Photograph by Debra A. Reid
The reconstructed vegetable shed is 7/11ths as long as the original. Why 7/11ths? The original structure was three bays wide by eleven bays long. A bay is the space between architectural elements. You can see the eleven bays visible on the south side of the structure in the detail below from a late-1880s photograph—five bays from the east-facing entrance to the south-facing entrance, with that entrance bay being the sixth bay, and then five bays beyond it to the west-facing entrance (less easy to see given the perspective). The Central Market building towers in the distance.
Detail of the vegetable shed from the Detroit Central Market, circa 1888. / THF200604
The reconstructed Detroit Central Market vegetable shed in Greenfield Village includes only seven of the eleven original lengthwise bays—three on each side of the side-entrance bay. Thus, the reconstruction is 7/11ths the length of the original. Jim McCabe, former collections manager and buildings curator at The Henry Ford, deserves credit for this specification, as he spent nearly two decades working on the project between 2003 and 2022.
The reconstruction is true to the width of the original, three bays total—one on each side of the central entrance, which is also a bay. You can see these bays most clearly in this July 6, 2021, photograph below, showing columns in place and the roof structure in process.
Detroit Central Market reconstruction in process on July 6, 2021, showing the three-bay width and the seven-bay length. / Photograph by Debra A. Reid
How Much of the Timber-Frame Roof Is Original?
The timber-framing system is clearly visible inside the structure. Just walk in and look up! Approximately 80% of the original old-growth white pine was reused in the reconstruction. This resulted from careful detective work during the quick dismantling process.
The Henry Ford contracted with Christian & Son, Inc., to number and measure the original structural and decorative woodwork elements, photograph them, and prep the material for storage. Then we contracted with Jeff DuPilka and West Shore Services, Inc., to disassemble the structure. West Shore, Christian & Son, and staff from The Henry Ford accomplished this in 10 to 12 weeks during the summer of 2003.
Woodwork in one of four outside corners, original to the vegetable shed at Detroit Central Market and still intact after it served as the riding stable at Belle Isle, Detroit, Michigan (photographed in 2003). / THF113493
Christian & Son, Inc., documented all original wooden elements, including those in the section of the building that was fire-damaged due to a car wreck (visible in the photograph below). They believed that documenting the whole required documentation of all parts, so they took as much care tagging, measuring, and dismantling this burned section as they did with the other sections. In fact, timbers from the charred section were reused in the reconstruction and are visible on the exterior of the originally east-facing entrance (the entrance now facing the Detroit Toledo & Milwaukee Roundhouse in Greenfield Village).
West Shore Services, Inc., crane in action, removing a piece of the original timber-frame roof system from the former riding stable (and originally the Detroit Central Market vegetable shed) on Belle Isle, Detroit, Michigan, 2003. / THF113575
What Are Some Notable Details?
The reconstruction of the Detroit Central Market vegetable shed in Greenfield Village includes ornamental woodwork throughout. The following rendering by architecture firm Quinn Evans itemizes seven distinctive brackets, each designed for a specific location in the building, and one “drop,” an accessory at all four gable entrances and used with the decorative fascia along the eaves.
Decorative wood details of the Detroit Central Market vegetable shed, prepared by Quinn Evans, Ann Arbor, Michigan, for The Henry Ford. / Courtesy of The Henry Ford’s facilities team
These decorative elements were all hand-carved during the original construction in 1860. Not all of the decorative elements survived the move to Belle Isle. The elaborate crests atop each of the four gable entrances on the Detroit Central Market vegetable shed, for example, were not included when it served as the horse shed on Belle Isle, as the illustration of it in Seventy Glimpses of Detroit indicates. Missing pieces were replicated to complete the structure’s appearance during its heyday as a public market.
Jim Johnson, Director of Greenfield Village & Curator of Historic Structures and Landscapes at The Henry Ford, starting to inventory architectural elements from the Detroit Central Market vegetable shed not used in the reconstruction, February 8, 2022. / Photograph by Debra A. Reid
What Style Is the Building?
Each of the ornamental elements was part of a stylistic whole that the reconstruction faithfully conveys. If it reminds you of a Swiss chalet, you have an astute eye for style. John Schaffer, the architect, trained in Munich, Bavaria, and incorporated Schweizerstil (Swiss-chalet style) details into his plans, drafted in 1860. Thus, this structure likely introduced that aesthetic to Detroiters. His plans included gently sloping gabled roofs with wide eaves, large brackets, and decorative fretwork, all details common to Swiss-style architecture. Additional Swiss features included sawtooth siding, scroll-sawn fascia, and the elliptical design of the siding at each gable-end.
The Detroit Central Market vegetable shed has so much to teach. Learning to read the details of this addition to Greenfield Village is an important first step on the journey. Learn even more by checking out additional blog posts and artifacts related to Detroit Central Market.
Debra A. Reid is Curator of Agriculture and the Environment at The Henry Ford. Comments from Rachel Yerke, Curatorial Assistant at The Henry Ford, improved this post.
Textiles are some of the least durable artifacts that we have in the collections of The Henry Ford. Early textiles are usually made from the “big four”—cotton, linen, silk, and wool. All these materials can disintegrate, be eaten by insects, make homes for mice, and be degraded by mold and mildew. In addition, heat and light affect the color and the integrity of the fabrics. Here at the museum, we are fortunate to have a representative sampling of garments and textiles from the 18th century to modern times.
What We Know about Our Suit
Even though we don’t know who wore the suit or exactly when, it still directs us to a point in time.
This suit has no known provenance (specific history), having been acquired from Anna Brix, an antiques dealer who lived in Philadelphia. The suit is believed to be French or British, but we have no records linking it to a person or even a family. We don’t know exactly when it was made, but this style lasted through the 18th century. By comparing it with similar garments, we can agree that it was probably worn for the first time in the late 18th century. We can tell it is a late-18th-century jacket because the fit is slim, the front is worn unbuttoned and curves to the back, and overall the cut is shorter than in previous decades. It was likely worn to court, or at least to very formal occasions. A suit such as this would have been worn with a highly decorated waistcoat, silk stockings, a cotton or linen shirt with fancy cuffs, and a jabot (frill or ruffle). The back has dual tails and three vents, making it easier and more stylish to wear when mounted on a horse. The colors are all natural dyes and have held up well with age.
Close-up of embroidery. / Photo by Joan Sheridan
The Making of the Suit Coat
Suits such as this were made to attend court and other high occasions, often mere days before they were needed. Hence, the use of embroidered panels, which reduced the time the tailor needed.
Embroidered panel for a different waistcoat, uncut. / From the collections of Cooper-Hewitt, Smithsonian Design Museum (1962-54-31)
The coat is made of silk taffeta and was embroidered before the suit was made with silk threads using French knots, satin stitch, and stem stitch. Well-to-do men would visit a merchant to select a color and embroidery pattern, often from the shelf. The merchant would then coordinate with a tailor to custom-make the suit. The embroidered fabric, shown in the example above, even included embroidered rounds that would be crafted into fabric covered buttons by the tailor.
Showing cut to shorten jacket at the top right of the pocket. / Photo by Joan Sheridan
The embroidered silk was originally made for a taller man than ours. If you look carefully at the image above, you can see where the embroidery was shortened at pocket height. It is blunt cut—sometimes the embroiderers were brought in to camouflage the adjustment and make it less visible, but not in this case. This is the normal position for a height adjustment, as when the wearer stood with their hands clasped in front of them, the seam was covered.
Embroidery on buttons on back of coat. / Photo by Joan Sheridan
Additional piecing is visible on the back of the garment at the top of the side vents where curved embroidered pieces back the accent buttons.
Discovering the Secrets of the Suit
Being able to look closely at the suit, both inside and out, was a rare treat.
Markings from original button placement are visible above top of cuff; also, the slightly lighter color of silk shows the depth of lengthening. / Photo by Joan Sheridan
Upon closer examination, the outside of the suit tells us even more. The jacket sleeves have been made about two inches longer. There is less wear above the cuff and pin pricks can be seen where the buttons were originally located. It is interesting that the cuffs both show significant wear at the bottom from before and after remodeling.
The knee breeches were refitted to accommodate a larger person. Each side seam was let out, and there, similar to above the coat cuffs, you can see lighter silk with less wear. Finally, the back of the breeches have a wedge of silk inserted to give more room. Small areas of stress at the waist and the drop flap were mended to provide strength, but the breeches are in good condition structurally.
Weighted Silk Is Fragile
Silk has a long and harrowing history, and this suit is a good example of why the use of weighted silk has been greatly reduced in the last century.
Shattered silk at the right shoulder and collar. / Photo by Joan Sheridan
We estimate that the coat was relined in the mid-to-late 1800s, as the lining was shattered throughout because it was made using weighted silk. Then and now, silk was sold by weight. When raw silk is processed, up to 30% of its weight is lost when the sericin (the protein that holds silkworm cocoons together) is cleaned from the tough but delicate fibers. Manufacturers compensate for that loss by adding metal salts to the silk, which adhere to the fabric, causing it to weigh more. What they didn’t know then is that this will forever damage the fabric. Shattered silk cannot be repaired and continues to disintegrate with age. The practice of weighting was regulated by the Federal Trade Commission in 1938 to require labeling of silks containing more than 10% metal salts (15% for silk colored black).
The suit’s shattered lining was in poor condition (see image above) and we decided that it should be replaced with modern, non-weighted silk in a matching color. This also allowed us to see what was inside the garment—where the story continues.
A Rare Treat: Viewing the Inside
Seeing the internal structure produced answers and questions.
A quilt of patches, buckram, and pocket provides insight into the speed with which the coat was made. / Photo by Joan Sheridan
Suits such as these were often hastily made. The outside was sumptuously beautiful with even, neat stitches, but the inside, not so much! The inside would never be seen.
It took many hours to extract the lining from the suit. The stitches that attached the lining to the coat were exceptionally fine and firm. Removing them took small scissors, tweezers, and, at times, a magnifying glass. With the lining separated from the jacket, more interesting things were revealed. It isn’t often that you get to see the original inner-workings of an 18th-century tailor’s creation (see image above).
Mildew and fibers from wear prior to vacuuming. / Photo by Joan Sheridan
One thing that was immediately noticeable was that the light blotches on the outside of the garment were caused by mildew. At some point, the suit was stored in a humid environment. The mildew was an old problem, since our museum storage is climate controlled, but the residue still had to be removed. Since a liquid cleaner could not be applied to the silk, the inside of the coat was vacuumed through a screen, then a stubby paintbrush was used to lift mildew spores before vacuuming again. This treatment made a noticeable difference in appearance.
Buckram stiffens the inside of the front of the coat. / Photo by Joan Sheridan
Inside we see the use of buckram as a stiffener around the edges of the front, much as interfacing would be used today. Buckram was and is made of a coarse hemp, linen, or cotton fabric. The buckram was pieced, perhaps because it was scraps, or perhaps that was how wide the fabric was. Cream-colored silk had been sewn over the buckram from the pocket level to the collar, possibly to reduce friction between the silk and the stiffening fabric (see below).
The left shoulder linen tow shoulder pad covered with the original silk. / Photo by Joan Sheridan
Linen tow was used as padding to create the sloped shoulder shape popular in the late 18th century. This linen waste is full of bits of the stem of the flax plant and it has held together and done its job for over 200 years. The tow was—and is—partially covered by the original white silk lining.
A History Mystery
Anytime we deal with historic objects, there are often more questions than answers. It is interesting to try to suss out the “why?” and apply what we know to arrive at possible solutions. However, some mysteries will always remain mysteries.
Squiggles on the right pocket—partially for mending, but they beg the question, why? / Photo by Joan Sheridan
The stitching used inside the coat is often coarse. A larger thread was used to bind seams, keep the shoulder pads in place, and attach silk to the buckram. Inside is a patchwork of fabric. The linen pocket linings revealed another interesting find. Both pockets had holes that were inexpertly darned with a snakelike pattern that continues from the darning. We can surmise that the original wearer of the suit was right-handed because the right pocket is very stained—by tobacco or a handkerchief, perhaps?
Replacing the Lining
The lining adds support to the garment, transferring stress to itself and away from the fragile and elaborate embroidery and construction.
Pattern making from the shattered silk lining. / Photo by Joan Sheridan
Once removed, the fragile lining was separated into pieces to be used for making a new pattern. From the pattern a polyester sample lining was made and fitted into the jacket. Adjustments were noted on the paper pattern and revisions made until it was as close as it could be. Polyester is not a substitute for silk, as it behaves differently, but it did serve a purpose—knowing that the pattern was close enough.
Small tools and thread are less likely to damage the delicate fabric. / Photo by Joan Sheridan
With the modified pattern in hand, the cream silk was cut and sewn in with a few minor modifications. The lining was attached using a long blind stitch, unlike the original whip stitching. Changing the stitch type reduced the number of holes that had to be put into the garment, and fewer stitches mean less damage to the original green fabric.
The finished collar and newly lined coat, before pressing. / Photo by Joan Sheridan
With the body lining sewn in, the neck lining was next. The edge of the collar was quite worn and treatment was required. A piece of bronze tulle (fine netting) was sewn to the outside edge of the collar next to the main body of embroidery, but not over it. It was then stretched over the damaged area and attached to the inside of the collar. The collar lining was cut freehand because the original is in many pieces. Once the lining was in place, the tulle mend became nearly invisible.
Finishing the Work
The sleeves are very of-the-period. They are curved in shape and tell the story of a suit that was worn often and remodeled in its second life. The sleeve remodeling was likely done at the time the lining was replaced in the mid-1800s.
Two levels of wear are evident on the sleeves./ Photo by Joan Sheridan
Conservation Specialist Claire Zimmeth completed the project by mending the sleeves and sewing in the sleeve lining. Since there was damage at the end of the original sleeve length and at the end of the remodeled/current length, it was decided that the entire area should be covered with tulle. Again, the tulle was placed to avoid covering embroidery (see the work-in-progress image below).
Covering the sleeves with tulle (in progress). / Photo by Joan Sheridan
Bringing It All Together
This suit is an excellent example of 18th-century tailoring, style, color, and embroidery talent. It reminds us that court styles didn’t change much over more than a hundred years and didn’t keep up with the current fashions.
Working on this garment was challenging, mainly in that there is always concern about handling fragile, antique textiles. It was a privilege to work on the suit and be able to explore the history of the suit via the wear, stitches, and inner construction. Even though this jacket has no formal provenance, it still has a story to tell. The suit will be on display in the Fashion and Nature exhibit at the Grand Rapids Public Museum from April 23–July 23, 2022.
Few visitors to Greenfield Village cross Ackley Covered Bridge realizing the significance of the structure surrounding them. It is one of the oldest surviving covered bridges in the country, and considerable thought went into its overall design. Covered bridges have long been stereotyped as quaint, but the reason behind their construction was never charm or shelter for travelers. The sole function of the “cover” was to protect the bridge’s truss system by keeping its structural timbers dry.
Built in 1832, Ackley Covered Bridge represents an early form of American vernacular architecture and is the oldest “multiple kingpost” truss bridge in the country. This structural design consists of a series of upright wooden posts with braces inclined from the abutments at either end of the bridge and leaning towards the center post, or “kingpost.” It is also a prime example of period workmanship and bridge construction undertaken with pride as a community enterprise.
This map of Washington County, Pennsylvania, shows the original site of Ackley Covered Bridge (bottom left). / THF625813
Ackley Covered Bridge was constructed across Wheeling Creek on the Greene-Washington County line near West Finley, Pennsylvania. The single-span, 80-foot structure was built to accommodate traffic caused by an influx of settlers. Daniel and Joshua Ackley, who had moved with their mother to Greene County in 1814, donated the land on which the bridge was originally constructed, as well as the building materials. More than 100 men from the local community, including contractor Daniel Clouse, were involved in the bridge’s construction. Like most early bridge builders in America, they were little known outside their community. But their techniques were sound, and their work stood the test of time.
Initial community discussions about the bridge included a proposal to use hickory trees, which were abundant in the region, in honor of President Andrew “Old Hickory” Jackson. Instead, they settled on white oak, which was more durable and less likely to warp. The timber came from Ackley property a half mile south of the building site. It was cut at a local sawmill located a mile south of the bridge. Hewing to the shapes and size desired was done by hand on site. Stone for the abutments was secured from a quarry close by.
Ackley Covered Bridge replaced an earlier swinging grapevine bridge, and it may soon have been replaced itself if settlement and construction in the region had continued. Instead, the area remained largely undeveloped for several decades. This, along with three roof replacements (in 1860, 1890, and 1920), helped ensure the bridge’s survival.
Ackley Covered Bridge at its original site before relocation to Greenfield Village, 1937. / THF235241
Plans to replace the more than 100-year-old structure with a new concrete bridge in 1937 spurred appeals from the local community to Henry Ford, asking him to relocate Ackley Covered Bridge to Greenfield Village. Ford sent representatives to inspect, measure, and photograph the bridge before accepting it as a donation from Joshua Ackley’s granddaughter, Elizabeth Evans. She had purchased the well-worn structure from the state of Pennsylvania for $25, a figure based on the value of its timber. Evans had a family connection to one of Ford’s heroes, William Holmes McGuffey. McGuffey’s birthplace, already in Greenfield Village, had stood a mere seven miles from the original site of Ackley Covered Bridge—an association that likely factored in Ford’s decision to rescue the structure.
Dismantling of Ackley Covered Bridge began in December 1937. Its timbers were shipped by rail to Dearborn, Michigan, and the bridge was constructed over a specially designed pond in Greenfield Village just in time for its formal dedication in July 1938.
Ackley Covered Bridge after construction in Greenfield Village, 1938. / THF625902
This post was adapted by Saige Jedele, Associate Curator, Digital Content, at The Henry Ford, from a historic structure report written in July 1999 by architectural consultant Lauren B. Sickels-Taves, Ph.D.
Dan Winters surveys a shifting landscape—his own backyard. On a mid-August morning, the 59-year-old photographer, author, and filmmaker is in the kitchen of his Austin, Texas, home, detailing the impending relocation of his studio and workshop (headquartered in a converted post office, general store, and Texaco station 25 miles south in unincorporated Driftwood) to just steps from his front porch. Anyone who has worked with Winters—presidents, astronauts, publishers of the country’s most influential publications—could grasp the challenge, given Winters’ lifelong accumulation of equipment, archives, and personal collections, which range from apiaries (beehives) to pieces of Apollo spacecraft.
The shuffling of workspaces feels natural, almost expected, given the rotational history of his surroundings. Winters’ home, which he; his wife, Kathryn; and son, Dylan, moved to from Los Angeles in 2000, was built in downtown Austin in 1938 and later transported to this quiet enclave on the north side of town circa 1975. Their detached garage will soon supplant the Driftwood studio. It was originally Winters’ model-building workshop, but that migrated a decade ago to a pitched-roof room on the second floor. The model shop is a place of refuge cocooned in paint sets, kit parts, and books on the artistry of 2001: A Space Odyssey.
Dan Winters’ first serious profession was that of a motion picture special effects model builder. He still builds miniatures today, finding the act of creating for the sake of creating rewarding. / Photo by Dan Winters
Winters vividly recalls the first model he ever built (a British SE5a biplane), around age 6, with his father, Larry Winters—a welder from Ohio who moved the family to Ventura, California, in 1959. “I would ask him to draw me something, an airplane or a rocket, and it would be on the breakfast table when I’d get up in the morning for school,” Winters said from his own breakfast table. “He would also make little spaceships out of wine corks and put screws in them or paper clips for skids. He’d leave them as little surprises.”
Model-building has been a constant in Winters’ life. “When you start a model,” he explained, “the only thing that exists is your intent and whatever tools and materials you need. You work through the thing, create it, and then it exists. You will it into being. There’s an unbelievable satisfaction in that. In the ability to see what the model is going to be before it gets to a point of unification.”
Growing up, Winters remembers the yard on the working farm where he was raised as always strewn with spare parts, and he was often tasked with repurposing them. “The engine in our Volkswagen threw a rod, and we had to rebuild the whole thing,” he recalled. He assisted his father on nights and weekends, staving off resentment for missing idle time with his friends. “I remember the weekend we put the motor back in. We had it on a jack, and my dad slid it in, and I had to balance it until it speared the spline of the transaxle. He got in and pushed the clutch and it started up—I mean, right up. We took it for a drive, even though the bumper and deck lid were off. I remember driving down the street and reflecting on what it took to do that. As a kid, it was way out of my wheelhouse. But seeing that it was possible to do that was massive.”
In 1978, Winters’ father drove his 16-year-old son 50 miles to Van Nuys to visit Apogee, a special-effects company operated by John Dykstra, the Oscar-winning effects supervisor on Star Wars. Winters had cold-called Steve Sperling, who ran the office, and sent several photographs of his model spaceships by mail. A tour with Grant McCune, chief model maker on Star Wars and Battlestar Galactica, was arranged. As Winters wrote in his 2014 book, Road to Seeing, “Once inside, it was surreal to see the same model shop firsthand that I’d studied in dozens of photographs published in movie magazines. I was captivated by the artistry I witnessed at every turn…. I cannot describe the profound inspiration and affirmation this visit gave me.”
Road to Seeing by Dan Winters explores his journey to becoming a photographer and significant moments in his career.
In the months that followed, Winters’ mailbox remained packed with special-order plastics, and his fleet of scratch-built spaceships grew. The photos of his progress eventually led two Apogee veterans to recommend him for employment at Design Setters, an effects house in Burbank. Through a work-experience program during his senior year, Winters attended two classes in the morning, then drove to the San Fernando Valley to build models, including one for the Neil Young film Human Highway. It was a creative utopia disguised as a pass/fail.
This portrait of actor Denzel Washington, seated in a set singlehandedly constructed by Dan Winters and published in the New York Times Magazine in 1992, was an inflection point in Winters’ career, opening the door to decades of world-class editorial and portrait work. / Photo by Dan Winters
After attending college at Moorpark, studying abroad in Munich, and assisting for photographer Chris Callis in New York City, Winters began incorporating his skills as a model builder and production designer into his portraiture, creating fictitious worlds unique to each image. An assignment to photograph Denzel Washington for the New York Times Magazine in 1992 was instrumental. Winters stayed up through the night and singlehandedly built a forced-perspective set that evoked the rural outposts documented by photographer Walker Evans during the Depression. The set also emphasized the body position of a seated Washington, whose hands were resting against his dark suit, causing his fingertips to pop. The secret, in a sense, was the human touch.
Winters’ subjects have included Ryan Gosling (above), the Dalai Lama, Tupac Shakur, Helen Mirren, and Fred Rogers, who, according to Winters, “treated the photo shoot sacredly.” He’s also photographed two presidents, George W. Bush and Barack Obama; his portrait of Obama is featured prominently as the back jacket of the president’s memoir, A Promised Land. / Photo by Dan Winters
This approach carries through Winters’ latest and most immersive project, the film Tone, which he wrote, directed, and photographed. It’s a love story set in a dystopian future where a laborer—the eponymous Tone, whose vocal cords have been stripped by a surveillance state—returns to Earth from Mars and helps heal another broken soul. At nearly 40 minutes, the project far exceeds the scope of Winters’ previous short-subject documentaries and music videos, and visualizing both the earthbound and cosmic elements of the story demanded extensive model and miniature work.
The majority of those Mars miniatures, both piecemeal and whole, still reside in Winters’ Driftwood studio. (Before driving from his home for a studio tour, he cautioned not to crush a box of spare plastics on the car seat, which a hobby shop owner had recently reserved for him. It was an F/A-18C Hornet kit affixed with a handwritten Post-it note that read: WINTERS DAN PARTS GIFT.) Built in 1903 as a post office and general store, the sandstone building in Driftwood expanded in 1942 to accommodate a feed store. A subsequent owner extended that addition, turning a water cistern out back into an interior structure, surrounded by closets, one of which Winters converted to a darkroom. The facade is adorned with a defunct fire-engine-red Texaco gravity pump, occasionally confusing gas-strapped passers-by on the highway.
A Photographer’s Thoughts on a Photograph
Portrait of Charles Batchelor, "First Photograph Made with Incandescent Light," 1880 / THF253728
“As a practitioner of the craft of photography, I frequently employ the use of artificial light when making my photographs, the distinction being that the light emanates from a manmade source and not from the sun.
One artifact among The Henry Ford’s vast holdings that I feel a kinship to is an otherworldly black-and-white portrait of Thomas Edison’s longtime collaborator Charles Batchelor. The text on the border of the photograph informs us that it is the first-ever photograph taken using an incandescent bulb.
Though it is widely thought that the incandescent bulb was Edison’s invention, his work stood firmly on the shoulders of over 20 inventors who had success in the development of the light bulb before him; however, none to the degree Edison achieved. The use of incandescent light in photography would eventually prove to be almost as significant a tool as film and camera. As the technology evolved and higher-output lighting was developed, filmmakers and photographers alike would discover the benefits of their ability to control not only where they could make images but also when.”
— Dan Winters
Inside, Winters stands beside a bay of humming computer monitors with a Topo Chico. The cold bottle of sparkling water is perfect for slaking thirst and, as tradition holds, providing the next building block in a backyard pile of empties he’s dubbed Mount Topo. Through hundreds of annual deposits, the glass mountain now hosts a rotating colony of pill bugs, snakes, silverfish, and eleodes (beetles). It’s another world within worlds on the studio grounds, where nature and Winters’ collection of artifacts from nearly two centuries of photographic history meet the realities of an increasingly digitized future.
The encroachment of the elements proved calamitous in 2020, when winds clocking 75 mph tore at the metal roof and rainfall destroyed thousands of negatives in storage lockers below. While taking solace that well over a million negatives were safe, including those amassed from anonymous collections he’d found at junk stores and paper-goods shows, the incident nonetheless prompted the decampment for his Austin backyard, where proximity alleviates the increasing sense of vulnerability.
With another Topo tossed to the beetles out back, Winters begins detailing the international origins of the books on the shelves lining the original exterior wall of the post office. It called to mind the 1931 essay “Unpacking My Library,” in which German theorist Walter Benjamin wrote, “I have made my most memorable purchases on trips, as a transient.… How many cities have revealed themselves to me in the marches I undertook in the pursuit of books!”
Winters settles on Photography Album 1, edited by Pierre de Fenoyl, purchased at 23 while biking across Australia. “There’s amazing work in it, work that made me feel like photography was boundless,” Winters said. “I was riding from Sydney to Adelaide, and I had two panniers on my bike for storage. I rode that book for 1,300 miles, in a brown paper bag. I still have the bike; it’s at the house.” A casual flip through the book revealed a preserved leaf tucked inside. “We want to have a memory,” Winters added. “Certain objects will anchor us to a place and time.”
Dan Winters considers his desk, an old drafting table, the anchor of his studio. Littered with objects collected over time, he said of this space, “Sitting at the desk provides a connection to my history.” / Photo by Dan Winters
The undisputed anchor of the studio is Winters’ work desk, an old drafting table festooned with his full range of interests. “Sitting at the desk provides a connection to my history,” he said. “I’m inspired by the intrinsic value of these objects. Some have historical significance, certainly, and some are significant to me and my own path in life. Oftentimes they’re just beautiful objects I like to contemplate. One of the drawbacks of the collection is I feel it would be pretty quickly marginalized by whoever was settling my estate. At first glance, it probably looks like junk.”
According to theorist Benjamin, “the most distinguished trait of a collection will always be its transmissibility.” Winters senses the necessity of cataloging these objects in the moment and imparting their meaning. There’s the National Supply badge that belonged to his grandfather, whose company made transmissions for Sherman tanks. Or a rivet from the Golden Gate Bridge, flecks of international orange paint still visible. (Ironworkers presented the rivet ceremoniously to Winters after a photo shoot.)
Lost in Space
Photo by Dan Winters
Photo by Dan Winters
Among Dan Winters’ desktop mementos are two pieces of equipment from the Apollo program: a pressure transducer (left above) and an RCS check valve assembly, still bagged (right above. Both were procured from a Los Angeles scrap dealer who capitalized on the closure of a Van Nuys plant operated by Rocketdyne, manufacturer of the Saturn V engines. The keepsakes have remained within reach ever since.
Winters’ childhood love of the space program carried over into his career as a photographer, beginning with a portrait in the late 1990s of Harrison Schmitt, the first geologist on the moon. Other subjects include Roald Sagdeev, former director of the Soviet Space Research Institute; American astronauts Buzz Aldrin and Pete Conrad; Neil Armstrong’s spacesuit for Smithsonian Magazine; and a package of images for National Geographic’s 50th anniversary celebration of the Apollo program, which included a trip to Kazakhstan in 2019 to photograph a Soyuz spaceflight to the International Space Station.
Winters was granted close-range access by NASA to document the final launches of Discovery, Atlantis, and Endeavour, all captured in his 2012 book Last Launch. His contributions to the literature and historical record of space exploration began humbly, with a childhood fixation on Ham, the first chimpanzee in space, which he spotted on the cover of a back issue of Life published the year before his birth.
There’s also a swab attached to a wine cork, which is in fact a vital tool, one that facilitated a series of portraits for National Geographic that quickly became among Winters’ most widely seen images. Published in May 2021 and intended to draw attention to World Bee Day, the subject was actress Angelina Jolie covered in bees. Before the shoot, Winters and friend Konrad Bouffard contacted Ronald Fischer, an entomologist now in his 90s, who was “bearded” in bees for an iconic Richard Avedon portrait in Davis, California, in 1981. They also reached Avedon’s on-set beekeeper, who still had the cork swab he’d used to dot Fischer’s skin with queen-bee pheromone, thus attracting a swarm. As a lifelong beekeeper, Winters was honored to use the very same swab for his shoot and to be told he could keep the cork among his treasures.
It was hard not to draw a line to the cork-and-paper-clip spaceships Winters’ father left for him in the mornings, the ones that inspired him both to build and to collect. Asked if a cork ship was docked on his desk, Winter was convinced, though he couldn’t pinpoint one. “I know I have one in these boxes,” he said, sifting through cardboard stacks. He reminded himself to check later. For now, the day was still young, and the sun was out. In the shadow of Mount Topo, this message in a bottle would remain open, awaiting its cork.
Baking at Daggett Farm. / Photo courtesy Cindy Melotti
Recently, I sat down with Master Presenter Cindy Melotti, house lead at the Ford Home, to chat with her about 17 years at The Henry Ford. In the first installment of that interview, Cindy talked about her teaching background, her work at the Ford Home and other Village buildings, some of her favorite interactions with guests, and more. In this second installment, she offers insights about how historic cooking in Greenfield Village is far different than modern cooking at home.
What was it like cooking in the village? Did you notice any difference cooking at Daggett, say, and cooking at home?
When I first started as a presenter, I had never baked bread or made a pie before. I was a working mother, so I didn't have time to play around. I used the typical shortcuts. So it was a shock working that first season at Daggett [Farmhouse] and baking loads of bread and pies. Placing these on the table for us to eat for our 1760 mid-day meal and having guests come in and say it was the most beautiful pie crust or bread they’ve ever seen—I experienced such a sense of accomplishment.
I would go home and brag about making the most wonderful loaf of bread, a pie, or a tart. So, I decided I was going to make these same recipes for Thanksgiving dinner at home. I made the pie crust, and I made wheat bread and… I need to tell you that my husband is still living. Because he said: what was so special about them? Sadly, they didn’t turn out the same. Making bread or a pie in a bake kettle on an open hearth, it's not the same product you get using the same recipe in modern oven.
With the bread and pie baked in the modern oven, I couldn't taste all the flavors. I didn't get the flakiness, and it just wasn't the same. There are some things that you can make in a modern oven, and there's no problem. But there are other things that—you know, when you roast something today, you're actually baking it, right? At Daggett using the open hearth, when you roast something, it's on the spit or the small game roaster that you place against the fire and keep turning it. You can’t get that same flavor. When you go from the open hearth, to wood, to coal, to gas, to electric, and to microwave—every time you go up that ladder, you lose flavor. So, your best flavors come from open hearths or open-air cooking. That's why camping is so much fun.
I think part of it too is the cast iron, like at the Ford Home, where we use cast iron pans and pots that are very well seasoned. We do have a couple of cast iron artifacts that we use there. I mean, it takes 100 years or so to get it that seasoned. You can't buy one off the rack. You can’t get the same flavor. And it might have something to do with the moisture and wood smoke that gets in, because it's not hermetically sealed off like a modern oven is. There's no question many of the recipes cannot be duplicated. They’re good, but they're not what it's like when you're there at that table with the ambience of the time period.
Do you have any further observations about the differences between historical and modern recipes and cooking methods?
Yes, guests might think that because a recipe is from a long time ago, from Daggett in 1760 for instance, that it’s easier to make. That recipes are more complex now than they were in the 1700s. But they’re not. For example, our recipes at Daggett are written in the hand of that century, where they use the long “s” that looks like an “f.” And they use such odd quantities, you sometimes have to have a group discussion to figure out what they're trying to tell you about making the recipe. So recipes at Daggett are very often much more difficult than ones at the Ford Home from 1876.
Of course, it’s difficult at the Ford Home making special recipes for Holiday Nights [in Greenfield Village]. But your everyday dishes for 1876 are pretty basic and easier to make. There isn't a tendency in the 1800s to use a lot of herbs, for instance, as they did in the 1700s. So even for your meat at the Ford Home, you basically use salt and pepper, and there's a lot of lard to flavor it. The food is good, but it's not using difficult flavorings like rosewater and all these other things we use at Daggett or the Giddings [Family] Home. Recipes from the 1700s are much fancier than what I put on my own table.
Also, cooking methods in the 1700s had more challenges in the kitchen. In the Ford Home, we have a better understanding of what measurements are needed. In Daggett’s time, they're making huge amounts of food as opposed to what a family would need in the 1800s. For instance, they did all their baking in one day, and they didn't bake more until they needed it. When you’re cooking on the open hearth or with a wood or coal burning stove, how do you know when food is done? Can you talk more about how to cook using these methods?
When I talk about cooking with guests, what they really want to know is: “how can you successfully cook like this?” And it's not hard, but you need to use all your senses, unlike how we cook today. You feel the temperature of the stove or bake kettle radiating on the skin of your face and your hands. This gives you a hint about the temperature and when you need to add more fuel to the fire. On the hearth, you can see it. But with the wood burning stove, you feel when you have to put more wood in.
To find out how your food is cooking, you use your sense of smell, and you can look and see how something's cooking. But your ears help too, because you can hear if something is over boiling or if it's boiling at all. There’s even a recipe for something that says: cook until you hear it sizzle. That was part of the recipe, to listen to it. Of course, you taste it to see if it's done. So the biggest difference with cooking in a historical kitchen is that you are actively engaged with all your senses in the process. We don't do that now. We set timers. We walk away because we can.
It's fun as a presenter to do on a daily basis. But would I want to do it every day again? I don't think so. And it's also fun for us to cook because we have guests coming into the homes. And we share what we're doing, how we're doing it, and why. I get the best reactions from guests when we have difficulty with something because it's not common to what we do. They love to see how we solve these problems that we've never faced before, because we don't cook like this all the time.
Holiday Nights in the Ford Home, with a Charlotte Russe dessert on middle-right side of table. / Photo by Ken Giorlando
What is the most difficult recipe at the Ford Home?
Charlotte Russe is probably the most difficult thing to make. We display it on the dining room table during Holiday Nights. It’s a sponge cake that you cut into strips, and you line the sides of a mold with the strips. And then you place raspberry or strawberry jelly or jam at the bottom of the mold. Then you make homemade custard and put it in the center and let it firm up.
It's a tricky little recipe to get to turn out right and come out of the mold. We finally figured out after all these years a good way to do that. We flip it over onto a plate and leave it out for a while. And once the mold is off, we put it back in a really cold place. So it stays firm as we display it on the table.
There are other recipes from the Ford Home that are my favorites. Of course, there's the pumpkin fritters that are just to die for.
Frying pumpkin fritters on the set of Live in the D on WDIV Local 4 in 2017. / Photo by Jim Johnson
Speaking of pumpkin fritters, I remember you appeared on a local news show where you made them in their studio kitchen. Can you tell me more about that experience?
Ah, yes. That was so fun. It was Fall Flavor Weekends in 2017, and the first weekend was already over. It was a Monday afternoon, and I was working at Daggett with two of our other talented presenters, Kellie and Erica. And Mary Weikum, who manages domestic life, stopped by and asked if I wanted to be on television the next morning at 10 a.m. on WDIV Local 4. She suggested I make the pumpkin fritters from the Ford Home with some extra batter we had. So, I agreed to do it.
Recipe for Pumpkin Fritters (1890)
One pint of flour, one of buttermilk, half a teaspoonful of salt, one of soda, half a cupful each of molasses and stewed pumpkin, two eggs. Fry quickly in plenty of lard. Serve hot with sugar and cream.
And then I looked at Erica and Kelly and said: “what have I got myself into?” They both encouraged me and said: “Cindy, you do this 1,000 times in a day, just be yourself.” I thought, I can do that. But then again, it was difficult having to think through all of the preparations. We had to get the ingredients, and the appropriate historic utensils and bowls. To think of all those things, then be down there by 9 a.m. and then cook on television, it was daunting. Fortunately, [The Henry Ford staffer] Jim Johnson came with me, and kept me calm.
One of the funnier parts I remember was making a reference to lard and emphasizing that’s how the pumpkin fritters are made. Two of the show’s hosts went into an uproar about how they can’t eat lard—yet they obviously wanted to try some. I mean, they were just going on and on about lard when we were not on camera. So that's why I make this little reference on camera to say, yes, we fry them in lard! And then later on, I could hear them hollering “lard” across the studio while cameras were rolling. Oh my gosh!
Tati Amare, a Live in the D host, made more batter while we were frying them in the studio kitchen. After the hosts tried them, they wanted more. Eventually, the people in the control room sent down a plate so they didn’t go without. Tati and I took a picture together, and she said I was her new BFF. It was just a wonderful experience.
Amy Nasir is Digital Marketing Specialist and former Historical Presenter in Greenfield Village at The Henry Ford.