Nude is Not a Color quilt, made by Hillary Goodwin, Rachael Dorr, and contributors from around the world, 2017. / THF185986

We often associate quilts with warmth and creativity. They can also make statements —serving as banners advocating a cause.

For nearly 200 years, American women have used needle and thread—once the only medium available to them—to express opinions, raise awareness, and advocate for social change. Women gathered in homes and in their communities to create quilts supporting causes like abolition, voting rights for women, and war relief.

This striking quilt, Nude is Not a Color, was created in 2017 by a worldwide community of women who gathered virtually to take a stand against racial bias. Learn more about the quilt below, and see it for yourself on exhibit as part of What We Wore in Henry Ford Museum of American Innovation, from March 11 through April 18, 2021.

The Quilt’s Story

In 2014, a clothing brand that sewist and blogger Bianca Springer of Pearland, Texas, had publicly supported introduced a new line of pale beige garments called Nude—a name long used by the fashion and cosmetic industries for products like hosiery and lipstick. Bianca took action. She contacted the company, thinking that the name was perhaps an oversight —reminding them that “nude” is a state of undress, not a color. And that the shade they chose as “nude” reflected only people of lighter skin tone—thus marginalizing people of color. Bianca’s perspective was repeatedly dismissed by company officials as overblown and irrelevant. She felt excluded and invisible.

Quiltmaker Hillary Goodwin of Auburn, California—also a fan of the company's clothing designs—wanted to stand in solidarity with her friend Bianca, and with other people of color. Together they decided to make a statement in fabric. Through Instagram, Hillary asked quilters to create a shirt block in whatever color fabric they felt best represented their skin tone, or that of their loved ones. Twenty-four quilters responded, from around the United States and around the world, including Canada, Brazil, the United Kingdom, Spain, the Netherlands, and Australia. Hillary then combined these shirt blocks with an image of Bianca wearing one of the “Nude” brand garments—creating this motif of a woman of color clothed in many shades of “nude.” Rachael Dorr of Bronxville, New York, then free-motion machine-quilted the completed quilt top.

More people became aware of the company’s bias and lent their voices to the issue, demanding change—and the brand eventually altered the name of the garment collection. A global community of women, willing to use their talent and voices to take a stand against racism, made a difference.

Quilt Contributors

 

*Designed and constructed by Hillary Goodwin, Auburn California

*Design assistance by Robin King, Auburn, California

*Paper-pieced shirt pattern designed by Carolyn Friedlander, Lake Wales, Florida

*Shirt blocks contributed by:

• Carmen Alonso, Oviedo, Spain
• Agnes Ang, Thousand Oaks, California
• Berene Campbell, North Vancouver, British Columbia, Canada
• Kirsty Cleverly, Sunshine Coast, Queensland, Australia
• Silvana Pereira Coutinho, Brazil
• Anne Eriksson, Egmond aan den Hoef, The Netherlands
• Hillary Goodwin, Auburn, California
• Rebecca Green, United Kingdom
• Lynn Carson Harris, Chelsea, Michigan
• Phoebe Adair Harris, Chelsea, Michigan
• Krista Hennebury, North Vancouver, British Columbia, Canada
• Sandra Johnson, Orange, California
• Chawne Kimber, Easton, Pennsylvania
• Tamara King, Portland, Oregon
• Alexandra Ledgerwood, Kansas City, Missouri
• Maite Macias, Oviedo, Spain
• Nicole Neblett, Ann Arbor, Michigan
• Krishma Patel, Carteret, New Jersey
• Amy Vaughn Ready, Billings, Montana
• Sonia Sanchez, Oviedo, Spain
• Rachel Singh, Seattle, Washington
• Michele Spirko, Amherst, Massachusetts
• Bianca Springer, Pearland, Texas
• Jess Ziegler, Adel, Iowa

*Free-motion machine quilted by Rachael Dorr, Bronxville, New York

 

Maker Stories

 

The makers each had a unique story to tell—below are some of their insights.


“Hearing of this encounter was an eye opener for me as a white woman. How would I feel if I had to explain to my daughter that her skin tone was not the “standard”? How many other ways does my white privilege benefit me without me acknowledging it? How could I help stand in solidarity with my friend?”  —Hillary Goodwin, Auburn, California


“The … collection featured a non-diverse group of models wearing beige fabrics classified as "nude.” My "nude" skin is not beige and the use of the term made it clear they did not have me in mind… the color … only fits the white majority, signals white supremacy and marginalizes people of color… With the conceptualization of the quilt, the issue went from commiseration and emotional processing of systemic and overt racism, to a broader statement of activism.”  —Bianca Springer, Pearland, Texas


“Although I considered myself a non-racist white person, I am not, of course, and I had never really given any thought to what it felt like to live life in a skin color that was not white. I credit my participation in the making of this quilt as the beginning of my slow and never-ending quest to be an anti-racist ally and to use the unearned privilege afforded me solely by my skin color to help bring some long overdue justice to this country.” —Tamara King, Portland, Oregon


"We are a group of three friends, we met through sewing… We live in Asturias, a small region in the north of Spain, that has traditionally been a land of emigrants … concepts such as "white privilege,” "black lives matter" … "segregation" ...  sound very foreign to us… Choosing the fabrics for our "shirts" was … a surprise. How different we all are! And then seeing all the "shirts" … Mind blowing!” —Sonia Sanchez (along with friends Carment Alonso and Maite Macias), Oviedo, Spain


“I hope that the message of the quilt reaches a lot of people and, at least, has them thinking.” —Kirsty Cleverly, Sunshine Coast, Queensland, Australia


“I grew up in the South at a time when bare legs were scandalous and pantyhose were expected on any good young lady. The color options were black, suntan, and nude. It never quite made sense why nude was so white and why my own predominant skin tone was equated to someone's suntan. Why would white skin be the default in such a creative industry as fashion? Unfortunately the industry still adheres to these color naming schemes, which only serve to make sure I know that I am Other in this society.” —Chawne Kimber, Easton, Pennsylvania



“My daughter, Phoebe, who was 10 at the time, often spent time in my sewing room with me and loved to help choose fabrics for my projects. I had Phoebe help choose a fabric that matched my skin tone. She noticed that HER skin matched a different color and wanted to contribute a block too. I loved that teachable moment we had in the sewing room… This moment contributed to her journey of looking at how people are the same, how people are different, representation, and fighting for social justice as she is now doing in her teens.” —Lynn Carson Harris, Chelsea, Michigan


“I am familiar with the disappointment when undergarments, hosiery, foundation creams made in cream/pink aka “nude" never quite match my more yellow/olive skin tone. Working with quilting cotton solids in skin tones that ranged from rich chocolate to yellow undertones was liberating as it helped me be more comfortable challenging the current paragon for skin tone.” —Agnes Ang, Thousand Oaks, California


“I was born into a white, middle-class family in South Africa during the sixties. When you live in a life where everyone looks and lives like you do, you come to believe that this is normal life, however of course, this is far from the truth. Despite my family being liberal, I was blind as to the impact that my privilege had had on the black communities around us… I have become more aware of this burden of my privilege on others… The simple awareness of how our world is designed for some but not all, should inspire us to make equitable changes to provide dignity for all. Inclusivity and raising each other up makes us a strong human race.”  —Berene Campbell, North Vancouver, British Columbia, Canada


“As an Asian Indian couple, a job move for my husband brought us to USA in 2001. Within a short time the unfortunate events of 9/11 occurred. Watching the morning news live, I saw the first tower being struck and a few minutes later the second! All telephone systems were down and I was not able to contact my husband… Fearing the worst possible harm to my husband, I panicked! I knocked on my neighbor’s door. We had shared the elevator a few times. All I wanted to know from her was, how far or near my husband’s workplace would be to the Twin Towers. She opened the door, took one look at me and yelled into my face, ‘Go back to wherever you came from, you [n-word]!’” —Krishma Patel, Carteret, New Jersey


“As a new grad and a South Asian female when I first went to work in investment banking I needed stockings to go with my business attire. I would always find loads of "Nude" colored stockings but they never kind of matched my skin color. A few stores would only carry that color and I had to go find specific stores that sold the ones matched my complexion.” —Rachel Singh, Seattle, Washington


“People like me with brown skin are thus ignored and rendered invisible. And yet, we exist and we matter. I contributed to this quilt to join with others who also believe that nude is not a color. I contributed two shirts: one shirt is the color of honey and the other cocoa brown. These shirts represent each of my brown-skinned daughters. May they never feel invisible. May they always know that their color of nude is just as worthy and beautiful.” —Nicole Neblett, Ann Arbor, Michigan


“…people of color face a world frequently viewed only through the white lens, while white people have blinders on to that experience… I’m proud to be part of this project and hope it inspires white viewers to open their hearts and minds to the anti-racism work we must continue to do for the sake of all humanity.” —Michele Spirko, Amherst, Massachusetts


Jeanine Head Miller is Curator of Domestic Life at The Henry Ford. All quilt contributor images from the collections of The Henry Ford.

21st century, 2010s, women's history, What We Wore, quilts, making, Henry Ford Museum, fashion, by Jeanine Head Miller, art, African American history

Stone Cold Systems Ice-Less Vaccine Refrigerator, 2018 / THF185488

People might think that curators look at objects in the same way. In fact, every curator at The Henry Ford has a different background and range of expertise, and we interpret things through a varied set of lenses.

Take, for example, an artifact in The Henry Ford’s collection that is related to a top-of-mind subject right now—vaccines. We were asked to offer two interpretations of the Stone Cold Systems Ice-less Vaccine Refrigerator, a 2018 IDSA (Industrial Design Society of America) winner (you can find out more about The Henry Ford’s relationship with IDSA here). Here are our thoughts.

Katherine White, Associate Curator, Digital Content:

At its best, design solves problems. Good designers are problem solvers, creatively working through a problem’s constraints towards a competent solution. When I first became familiar with this artifact, the Stone Cold Systems Ice-Less Vaccine Refrigerator, I was taken with its functionality and potential for social impact, all wrapped in a sleek case. This vaccine refrigerator, built within a siren-red carrying cage, aims to improve vaccine distribution to hard-to-reach locations.

The invention of vaccines has had an incredibly positive impact on global health. The World Health Organization estimates that 2–3 million deaths globally are avoided due to immunizations each year. But, perhaps surprisingly, vaccines can be fragile. They often need to be kept at a stable temperature (usually cold) without exposure to light or significant environmental fluctuation. The efficacy of the vaccine could be compromised should these factors not be met. The journey from the scientist’s laboratory to the arm of someone in New York City is a long one—and an even longer journey should that someone live in a rural area or developing country.


Stone Cold Systems Ice-Less Vaccine Refrigerator Quick Start Guide / THF621440

This vaccine refrigerator aims to increase access to immunizations, regardless of where one calls home. It utilizes a more reliable iceless thermoelectric cooling technology and is rechargeable by multiple methods, including solar energy, so can be used anywhere. Although developed prior to the global COVID-19 pandemic, its future in fighting the pandemic is clear.

The late design critic Ralph Caplan is noted as saying that “design is a process of making things right.” Creation of a product which facilitates access to effective immunizations for all people—even far from a modern hospital building—is certainly one way to make things right.

Donna R. Braden, Curator of Public Life:

This vaccine refrigerator immediately brought to mind the recent research I’ve been doing on Dr. Alonson Bingley Howard, a 19^th-century country doctor whose office is now located in Greenfield Village. At the time Dr. Howard was practicing medicine (1855–83), people didn’t understand the nature of germs and contagion, or that diseases were transmitted this way. As a result, infectious diseases—like cholera, tetanus, yellow fever (or malaria), measles, dysentery, scrofula, and typhoid—were the leading causes of death at the time. These often reached epidemic proportions and people constantly feared that they, or members of their families, might contract them. But, without knowledge of what caused and spread disease, or modern pharmaceuticals (including vaccines), safe drinking water, and improved sanitation facilities, 19^th-century country doctors constantly fought an uphill battle.

How relevant this is, I thought, to our lives today—to the COVID-19 pandemic; to people fearing they or members of their family might contract the virus; to our current knowledge of germs and our understanding that washing our hands, cleaning surfaces, and wearing masks reduces their spread; and to our hopes for combatting this disease through the application of successful vaccines.


Stone Cold Systems Ice-Less Vaccine Refrigerator, alternate view / THF185489

What about those deadly infectious diseases of the 19^th century that Dr. Howard was attempting to treat, like cholera, yellow fever, and typhoid? One might assume they have disappeared—but they haven’t. Many of them still exist, especially in developing countries that have limited-to-no access to modern medical treatments, sanitation facilities, and vaccines. This refrigerator was, in fact, designed to hold vaccines where there is no electricity—in these very countries.


Katherine White is Associate Curator, Digital Content, at The Henry Ford. Donna Braden is Senior Curator and Curator of Public Life at The Henry Ford.

21st century, 2010s, International Design Excellence Awards, healthcare, design, COVID 19 impact, by Katherine White, by Donna R. Braden

In 2019, The Henry Ford launched the William Davidson Foundation Initiative for Entrepreneurship, an institution-wide initiative focused on providing resources and encouragement for the entrepreneurs of today and tomorrow. As Project Curator for the initiative, I have been working with other curators to identify entrepreneurial stories within our collections, select artifacts to be digitized, and research and write digital content to share these stories with the public. As this project comes to an end this month, I wanted to provide a wrap-up of all the entrepreneurial stories we’ve worked on.

The first six months of the initiative focused on entrepreneurial stories from our collecting themes of Agriculture and the Environment, and Social Transformation, but my first task was to determine what exactly we mean by “entrepreneurship.” Check out the blog post "Exploring Entrepreneurship," where I discuss what it means to be an entrepreneur.

The first collection I worked with was the H.J. Heinz Company Collection. Most people associate the Heinz name with ketchup, or even pickles, but the company’s first product was actually horseradish. Young Henry Heinz learned to prepare horseradish with his mother in their family home in Sharpsburg, Pennsylvania, eventually selling the product to local housewives. In 1869, Heinz started his first official business selling horseradish out of his family home.


Product Label for Bottled Horseradish, Heinz & Noble, “Strictly Pure,” 1872 / THF117119

After initial success selling horseradish, Heinz’s company began selling other products like celery sauce and pickled cucumbers (pickles). Unfortunately, by 1875, the company went out of business, but Heinz learned from this failure and tried again. In 1876, Heinz persuaded family members to open a new company, F. &. J. Heinz, where Heinz could run the business behind the scenes while rebuilding his reputation. By 1888, Heinz had saved enough money to buy the company, renaming it the H.J. Heinz Company. To learn more about the rise of the H.J. Heinz Company, check out this Innovation Journeys Live! program where I discuss H.J. Heinz’s journey through the lens of our Model i habit “Learn from Failure.”

One characteristic of an entrepreneur is being a creative thinker. H.J. Heinz was a master of marketing, finding creative ways to advertise his products. With elaborate store displays and other strategies, the Heinz brand became a household name. In viewing advertisements and salesman catalogs, I learned about the many varieties of products that the H.J. Heinz Company produced. Did you know that Heinz sold heat-to-serve spaghetti and macaroni products? I sure didn’t! 


Streetcar Advertising Poster for Heinz Spaghetti, circa 1930 / THF292241

H.J. Heinz recognized that the success of his business relied on his employees. Heinz was at the forefront of the employee welfare movement, offering amenities and conveniences for his workers, such as a swimming pool, gymnasium, and self-improvement classes.


Advertising Layout Photograph of Heinz Company Employee Swimming Pool and Baseball Team, circa 1912 / THF292794

One of my favorite parts of this job is that I have gotten to research individual artifacts and discover interesting facts about them. Ever wonder how we do this work? Check out the blog post "The Secret Life of a Heinz Recipe Book," where I discuss how we researched an employee recipe book found in the Heinz Collection. You can also check out the expert set "H.J. Heinz: His Recipe for Success," to learn more about H.J. Heinz’s entrepreneurial journey.

The next collection I examined was the Label Collection, and specifically, fruit and vegetable labels from the early produce industry. Labels distinguished one brand’s products from another and the artwork on them was meant to stand out and entice potential customers. Early product labels were made by a process called lithography, where skilled artists drew their images on flattened, smooth pieces of stone—traditionally limestone—to be inked and then transferred to paper via a printing press. The artists who worked in this medium are called lithographers. To learn more about lithography and the history of labels, click through to the post "Unpacking the History of Labels."


Crate Label, “Atlas Brand Fruit,” 1920-1930 / THF293961

Lithography companies created label designs for growers, packers, and distribution companies, often including a “signature” so others knew who created the design—like “Schmidt Litho. Co.” in the example below. Schmidt Lithograph Company was a recurring company name among the labels in the collection. I researched this company further and uncovered how Max Schmidt became one of the most well-known lithographers in the industry by 1900. Explore his entrepreneurial journey with the blog post "Max Schmidt: A Leader in Lithography."



Can Label, “Lynx Brand Puget Sound Salmon,” 1880-1890 / THF294341, THF294348

The Label Collection also tells the story of entrepreneurial companies that packaged and distributed produce. This led me to the story of Joseph Di Giorgio, founder of the Di Giorgio Fruit Corporation. Through research and reading oral history transcripts from Di Giorgio’s relatives and former employees, I discovered how hard work and determination led Di Giorgio to be known as “The Fruit King.” Learn more about his story by reading the blog post “'The Fruit King': Joseph Di Giorgio."


Crate Label, “Oh Yes! We Grow the Best California Fruits,” 1930-1940 / THF293029

This collection also gave me the opportunity to examine the entrepreneurial farmers who grew and harvested produce. For this, the Detroit Publishing Company Collection was extremely useful. From 1895 to 1924, the Detroit Publishing Company produced, published, and distributed photographic views from all over the world. Photographers captured special events and everyday activities, as well as views of cities and countryside. Photographs showing the harvesting and crating process, like this one of grapefruit being picked and crated for shipping, provided a unique look into the entrepreneurial farming industry.


Picking and Crating Grapefruit for Riverside Fruit Exchange, Riverside, California, circa 1905 / THF295680

To learn how these products and crops were marketed to and used by the general public, I delved into the Recipe Booklet Collection. Recipe booklets were a great source of marketing for companies, offering creative uses for products. With so many different companies represented in this collection, I was able to research the history of some of America’s well-known brands and compiled the expert set "Recipe Booklets from the Early 20th Century" so you can discover these histories. Within the booklets, you’ll also find recipes to try!


Recipe Booklet, “Kraft-Phenix Cheese Corp., Cheese and Ways to Serve It,” 1931 / THF294910

I found myself particularly drawn to the colorful and vibrant recipe booklets from the Jell-O Company. I was both delighted and surprised to find recipes ranging from beautiful and delicious-sounding creations to quirky and unusual flavor combinations (corned beef loaf, anyone?). Jell-O was first invented by Pearle Wait in 1897 when he combined fruit flavoring and sugar with gelatin powder. Unfortunately, Wait was unable to market the product, selling it to Orator F. Woodward two years later. By 1902, the Jell-O business was a quarter-million-dollar success. To learn more about this entrepreneurial enterprise, check out the blog post, “America’s Most Famous Dessert.”


Page from the recipe booklet, “Jell-O, America’s Most Famous Dessert,” 1916 / THF294400

The final step in the agricultural chain is public consumption, particularly in restaurants. In 2019, The Henry Ford acquired the largest collection of materials related to American diners, donated by leading diner expert Richard J.S. Gutman. Within the Gutman Diner Collection, photographs, trade catalogs, menus, and other items tell stories of innovation and entrepreneurship—from the craftspeople and designers who built the dining cars to the owners and operators who served customers every day. Learn more about the history of diners and how the industry embodies innovation and entrepreneurship in "Diners: An American Original," written by Senior Curator and Curator of Public Life Donna Braden.


Leviathan Grill, Newark, New Jersey, circa 1930 / THF296786

As part of the Initiative for Entrepreneurship, The Henry Ford launched an Entrepreneur in Residence (EIR) program. Melvin Parson, founder of We The People Grower’s Association and We the People Opportunity Farm, was our first EIR, participating in programs to encourage entrepreneurs in urban farming. Driven by his mission for equality and social justice, Farmer Parson uses vegetable farming as a vehicle to address social ills. He works to educate those in his community about farming and provides employment and training for individuals returning home from incarceration. You can view clips from the interview we did with Melvin Parson about his entrepreneurial journey at his urban farm in Ann Arbor in this expert set: "Melvin Parson: Market Gardener and Social Entrepreneur."


Melvin Parson during the Entrepreneurship Interview, 2019 / THF295361

This year, The Henry Ford and Saganworks, a technology start-up from Ann Arbor, Michigan, have partnered together to create a new virtual experience where people from around the world can interact with our digitized collections in a curated virtual space. What we created was a Sagan: a virtual room experienced like a gallery. The Henry Ford’s Entrepreneurship Sagan highlights the artifacts we digitized from the collections previously mentioned related to Agriculture and the Environment, and Social Transformation. To learn more about our Sagan you can watch this narrated walkthrough or read "Exploring Entrepreneurship, Virtually: The Henry Ford’s Sagan." You can also interact with an embedded version of the Sagan in this post: "Tour Our Entrepreneurship Sagan."


A view of the barn section of The Henry Ford’s Entrepreneurship Sagan, featuring items from the Detroit Publishing Company Collection, the Label Collection, and Melvin Parson’s EIR program. (Photo courtesy of Samantha Johnson)

The second six months of the Initiative for Entrepreneurship focused on our collecting themes of Design & Making, and Communications & Information Technology. The first entrepreneurial story I delved into here was the Everlast Metal Products Corporation. Experienced metalworkers and brothers-in-law Louis Schnitzer and Nathan Gelfman immigrated to the U.S. and entered the silver housewares business in the early 1920s. Soon, the Great Depression caused them to turn to a more affordable metal: aluminum.


Everlast Aluminum Advertisement, “Yours from Everlast, the Finest—Bar None!” 1947 / THF125124

In 1932, the pair formed Everlast Metal Products Corporation and began producing high-quality, hand-forged aluminum giftware. In an era of growing uniformity via factory production, the “made by hand” products (like this bowl) held an aesthetic appeal for consumers. Even with its initial success, by the 1950s, aluminum housewares were seen as old-fashioned compared to consumer interests in materials like ceramics and plastics. As an attempt to reinvent its products, Everlast produced a line of “modern” giftware, like coasters. If I could choose any Everlast piece to use at my house, it would definitely be this three-tier tidbit tray from the “modern” line.


Everlast “Modern” Three-Tier Tidbit Tray, 1953 / THF125116

Despite attempts to modernize, advances in technology and rapidly changing consumer interests led to the downfall of the aluminum industry. Schnitzer and Gelfman’s entrepreneurial journey ended in 1961 but they experienced undeniable success in Everlast’s 30-year history. Interested in learning more about this company? Check out "Forging an Enterprise: Everlast Aluminum Giftware," or click here to view over 100 items from our collection of Everlast products.


Everlast “Bali Bamboo” Condiment Set, 1948-1959 / THF144270

The next collection I worked with was the Trade Card Collection, filled with all kinds of entrepreneurial stories. As color printing became popular in the late 19^th century, trade cards became a major means of advertising goods and services to potential customers. Cheap and effective, trade cards promoted products like medicine, seeds, food, stoves, sewing machines, and notions. Americans often saved these little advertisements found in product packages and distributed by local merchants


Trade Card for John Kelly’s Fine Shoes, 1879-1890 / THF296402

Companies employed a variety of methods to make their trade cards stand out, like using vibrant colors or endearing images. One of the most popular image themes throughout our collection, and Victorian trade cards in general, is the depiction of children (for example, in this trade card for Ayer’s Sarsaparilla). Another common theme is cute – and sometimes silly – animals. Something about the expressions on these dogs reading the newspaper always makes me laugh.


Trade Card for the Standard Rotary Shuttle Sewing Machine, Standard Sewing Machine Co., 1891-1900 / THF296692

I found trade cards that offered an optical illusion especially intriguing. When you hold this card up to a light, the woman’s eyes appear open and the logo for the company’s Garland Stoves and Ranges appears in the open window. But my absolute favorite trade card is the one below, for Nick Pettine’s tuxedo rental and tailoring service. These two figures came in an envelope. They are the same size when placed side-by-side (see first image), but when you put one figure’s nose on the collar of the other, one appears smaller!



Mr. Smyley and Mr. Happy’s Optical Illusion Trade Card for Nick Pettine Tuxedo Rentals, 1924 / THF298632, THF298633

I was born and raised in Grand Rapids, Michigan, so I was excited to have the opportunity to research early Grand Rapids companies found within the Trade Card Collection, which you can check out in the expert set "Trade Cards from Early Grand Rapids Businesses." To learn about other entrepreneurial companies represented in the Trade Card Collection, check out "Trade Cards Catch the Eye."

While researching the trade cards, I became fascinated with the story behind one particular entrepreneurial company: the Larkin Company. In 1875, John D. Larkin established a soap manufacturing company. Its first salesman, Elbert Hubbard, adopted a marketing strategy to offer a premium (a free giveaway) with the purchase of a product such as Boraxine. 


Trade Card for “Boraxine” Soap, J.D. Larkin & Co., 1882 / THF296328

By 1883, as the company’s product line expanded, finer premiums were offered, such as silver-plated eating utensils. Larkin & Hubbard saw this promotion’s potential. They eliminated middlemen (including the salesforce) and entered the mail-order industry. In 1885, Hubbard developed “The Larkin Idea,” incorporating his promotion of offering giveaways with purchases into mail-order catalogs. The money saved by eliminating middlemen went towards creating desirable premiums available to customers with purchases. By 1910, product offerings expanded to include foodstuffs, clothing, and housewares, with over 1,700 premiums to choose from, ranging from children’s toys to clothing to furniture. This cover from a 1908 catalog advertises “stylish wearing apparel given as premiums.”


Cover for Larkin Company Catalog, “Stylish Wearing Apparel Given as Premiums with the Larkin Products,” Spring/Summer 1908 / THF297766

While looking through Larkin catalogs, I was amazed at all of the product and premium offerings and the fact that you could literally furnish your entire house with Larkin premiums. I was most shocked to find this premium: a singing canary! However, despite tremendous success, by the mid-1920s, the company was faltering, making the decision to stop manufacturing products and premiums in 1941. However, due to an abundance of inventory, the company was still able to fill orders until 1962. To learn more about this incredible story, check out “The Larkin Idea.”


Page from Larkin Company Trade Catalog, “The World’s Greatest Premium Values, Larkin Co. Inc.,” Fall and Winter 1930 / THF298067

Before the COVID-19 pandemic hit, we were digitizing some of the materials The Henry Ford acquired in 2017 from the now closed American Textile History Museum in Lowell, Massachusetts. (Read more about this acquisition in the blog, "Collecting in the 2010s", under the “Throstle Spinning Frame” entry.) In the collection are many sample books from various companies—records of fabrics produced by that manufacturing company within a given year or season. They are strikingly beautiful, offering a glimpse of the evolution of fabrics and patterns over time. This book from the Cocheco Manufacturing Company in New Hampshire, for example, notes the date (1880), fabric, and pattern information, and the page below is from the Fall 1927 sample book for Lancaster Mills’ “Klinton Fancies.”


Page from Sample Book for Lancaster Mills, “36 Inch Klinton Fancies,” Fall 1927 / THF299920

I wasn’t sure what patterns or colors I was going to find in these sample books, but I was completely surprised when I saw this one from Hamilton Manufacturing Company from 1900. These colors are so vibrant and the patterns seem so modern. Beyond the zigzag pattern below, it contains what look like modern-day animal prints, and printed patchwork that resembles a pieced quilt pattern, similar to a crazy quilt. Crazy quilts consist of fabric of irregular shapes and sizes sewn onto a backing, with decorative embroidery patterns covering the seams. These fabrics gave you the look of a crazy quilt—without all the effort.


Page from Sample Book for Hamilton Manufacturing Company, April 9, 1900 to May 27, 1901 / THF600027

In addition to sample books, we also had the opportunity to digitize product literature from the American Textile History Collection. To see more of the sample books and product literature we digitized, check out "'Sampling' the Past: Fabrics from America's Textile Mills."

The next collection I researched, the Burroughs Corporation Collection, is related to the Communications & Information Technology theme. This company might sound familiar to those in the Detroit area, as Burroughs had its main plant in Plymouth, Michigan. William S. Burroughs was a banker who wanted to ease the work of figuring mathematical calculations by hand. His solution led to his patented adding machine and the creation of his company in St. Louis, Missouri, in 1886, first known as the American Arithmometer Company. 


Advertisement for the Burroughs Adding Machine Class 1, 1901-1907 / THF299361

By 1904, the company had outgrown its St. Louis facility, moving operations to Detroit. In 1905, it became the Burroughs Adding Machine Company, and by the 1930s had over 450 models of manual and electric calculation devices, bookkeeping machines, and typewriters.


Burroughs Complete Product Line, 1949 / THF199108

The company’s focus shifted in the 1950s to include defense and space research, banking and business technology, and advanced computer and electronics research. To reflect this diversification, the company was renamed Burroughs Corporation in 1953. Having contracted with the National Defense Program during WWII, Burroughs was awarded additional government and defense contracts throughout the 1960s. A Burroughs transistorized guidance computer was deployed to launch the Mercury and Gemini space flights. 


Project Mercury Guidance Computer, 1959-1963 / THF299110

One of my favorite artifacts from the Burroughs Collection is this copy of a custom “baby calculator” presented to Queen Elizabeth II in 1953. They made two calculators for the Queen’s children, Ann and Charles. This blue one was made for Charles (note the “C” on the front). On the inside of the case, you can see the Royal Stewart tartan, the personal tartan plaid of the Queen.


Copy of a Custom “Baby Calculator” Presented to Queen Elizabeth II for Prince Charles, 1953 / THF170191

From the adding machine to office equipment to computers that helped to send people into space, the Burroughs Corporation adhered to its founding principles – to respond to human problems with relevant technologies. Learn more about the company (now Unisys) by reading “Wherever There’s Business There’s Burroughs.”

The Fall 2019 Entrepreneur in Residence was Rich Sheridan, CEO and co-founder of Menlo Innovations, a software development company. Sheridan is known for his unique approach to the office environment, emphasizing teamwork and encouraging joy in the workplace. During an interview, Sheridan shared how visits to Greenfield Village—specifically Thomas Edison’s Menlo Park lab—sparked an idea to re-imagine the software industry’s work environment in a similar way to how Edison ran his lab. Listen to Sheridan talk about this in the clip, “Creating Menlo Innovations.”  You can also check out Sheridan’s entire interview in the expert set "Rich Sheridan: Re-imagining Workplace Culture."


Video screenshot of Rich Sheridan, 2019 / THF600469

The third phase of the Initiative for Entrepreneurship was dedicated to the collecting themes of Power & Energy, and Mobility. Unfortunately, the pandemic curtailed our ability to digitize new materials, but we were grateful to have completed the digitization project for one mobility-related entrepreneur story before we were quarantined: the story of McKinley Thompson, Jr. 


Photograph of McKinley Thompson, Jr., undated (Photograph Courtesy of McKinley Thompson, Jr.)

Thompson broke barriers by being the first African American to attend the prestigious Art Center School of Design in Los Angeles for automotive design (having won a scholarship to the school as the grand prize in a design contest). After graduating, Thompson was hired by Ford Motor Company to work in its Advanced Styling Studio, breaking another barrier to become the first African American automobile designer. There he contributed to concept cars like the Allegro and Gyron, and he collaborated on production vehicles like the Mustang and Bronco. While at Ford, Thompson recognized the important role mobility played in the growth of developing nations. Specifically, Thompson believed an affordable, reliable vehicle would stimulate the economies of third-world countries in Africa, much in the same way that the Model T revolutionized American transportation and contributed to the economy via Ford’s Five Dollar Day. Thompson’s vision gave way to an all-terrain vehicle he dubbed the Warrior.


1974 Warrior Concept Car / THF92192

The Warrior was made in part from a plastic-composite material known as Royalex. In fact, the Warrior was only one part of Thompson’s larger “Project Vanguard,” where he envisioned a facility to fabricate Royalex, a building to assemble Warrior cars, a facility to build marine transportation, and eventually a place to build plastic habitat modules for housing. Ford Motor Company was initially supportive, but ultimately passed on the project in 1967.

Despite this setback, Thompson believed his vehicle had potential. Hoping to garner interest for investment in the program, he gathered some friends and produced a prototype to demonstrate the possibilities of his unique application of Royalex. Unfortunately, while every potential investor he approached told him it was a good idea, Thompson was unable to secure the funding, eventually shutting down the project in 1979.


McKinley Thompson and Crew Testing the Warrior Concept Car, 1969 / THF113754

The Warrior project was ahead of its time in design and philosophy—the extensive use of plastic was revolutionary at the time. Thompson regretted not being able to get the project going, but he felt pride knowing that his prototype proved its feasibility. To learn more about his incredible story, check out the blog post "McKinley Thompson, Jr.,: Designer, Maker, Aspiring Entrepreneur," or watch this Innovation Journeys Live! program where I discuss Thompson’s story through the lens of the Model i habit “Stay Curious."

Our third and final Entrepreneur in Residence for the Initiative for Entrepreneurship was Jessica Robinson, co-founder of the Detroit Mobility Lab, Michigan Mobility Institute, and Assembly Ventures, a venture capital firm. With dramatic new transportation technologies on the horizon, Robinson encourages technological education and understanding for the benefit of our increasingly mobile society. Throughout her time with The Henry Ford, Robinson had the opportunity to delve into the history of electric vehicles and share her expertise through several programs, including this Innovation Journeys Live! program. As quarantine restrictions relaxed a bit, Curator of Transportation Matt Anderson and I had the opportunity to interview Jessica. The entire interview is coming soon to our website, so stay tuned!


Jessica Robinson during an Interview for the Initiative for Entrepreneurship, 2020 (Photograph courtesy Brian James Egen)

During the final months of the Initiative for Entrepreneurship, I had the opportunity to delve into the fascinating world of patent medicine. A popular option for treatment throughout the 1800s, patent medicines were readily available and relatively inexpensive. They were often advertised as "cure-alls," with packaging and advertisements listing all of the illnesses and complaints that the product was believed to "cure." This trade card for Brown's Iron Bitters claims that it cures such ailments as indigestion, fatigue, and even malaria, among other things.


Trade Card for Brown’s Iron Bitters, Brown Chemical Co., 1890-1900 / THF277429

The popularity of patent medicines encouraged entrepreneurs to manufacture their own remedies and enter the industry. Some of the entrepreneurs were practitioners-turned-businessmen. Others were savvy businessmen with a flair for marketing. Dr. John Samuel Carter, maker of Carter's Little Liver Pills, was actually a pharmacist before establishing his patent medicine business. Unfortunately, other entrepreneurs were con artists, concocting their own remedies that either did absolutely nothing or were harmful to those who consumed them. As time would tell, many popular patent medicines were found to contain harmful ingredients such as morphine, cocaine, or dangerous levels of alcohol. This trade card advertises Burdock Blood Bitters, which was found to contain 25.2% alcohol by volume.


Trade Card for Burdock Blood Bitters, Foster, Milburn & Co., circa 1885 / THF215182

While there were hundreds of patent medicines created during this time, the most popular were the ones that were heavily advertised. Trade cards of the era inform us of the major players in the industry and allow us to examine the advertising tactics used by manufacturers to entice potential customers. To learn more about patent medicines and the entrepreneurs behind some of the most popular companies, check out the post “Patent Medicine Entrepreneurs: Friend or ‘Faux’?”

The Initiative for Entrepreneurship, funded by the William Davidson Foundation, has given The Henry Ford an amazing opportunity to analyze our collections through an entrepreneurial lens and highlight the stories of entrepreneurs from the past so that they might inspire the entrepreneurs of today and tomorrow. To learn more about what The Henry Ford is doing to support and encourage entrepreneurship, please visit the initiative’s landing page.


Samantha Johnson is Project Curator for the William Davidson Foundation Initiative for Entrepreneurship at The Henry Ford. Special thanks to all of the curators who have worked with me to share these stories over the last two years, and to the Initiative for Entrepreneurship digitization staff for making the collections accessible to the public.

21st century, 2020s, 2010s, entrepreneurship, by Samantha Johnson

The Mcity Driverless Shuttle arrives at The Henry Ford.

Thanks to a generous gift from the University of Michigan (U-M), The Henry Ford recently acquired its second autonomous vehicle: a driverless shuttle used by U-M’s Mcity connected and automated vehicle research center. Readers may recall that we acquired our first AV in 2018 – a 2016 General Motors Self-Driving Test Vehicle. While the GM car was an experimental vehicle focused on technology, the Mcity shuttle took part in an intriguing project more focused on the psychology of consumer trust and acceptance of driverless vehicles.

From June 4, 2018, through December 13, 2019, Mcity, a public-private research partnership led by U-M, operated this driverless shuttle at U-M’s North Campus Research Complex in Ann Arbor. The project’s purpose was to understand how passengers, pedestrians, bicyclists, and drivers interacted with autonomous vehicles. In effect, the project was a way to gauge consumer acceptance of a decidedly unconventional new technology.

The shuttle donated to The Henry Ford is one of two fully-automated, electrically-powered, 11-seat shuttles Mcity operated on a fixed route around the research complex throughout the course of the study. The shuttles were built by French manufacturer Navya. In late 2016, Navya had delivered its first self-driving shuttle in North America to Mcity, where it was used to support research and to demonstrate automated vehicle technology. In June 2017, Mcity announced plans to launch a research project in the form of an on-campus shuttle service that would be open to the U-M community.

The Mcity Driverless Shuttle operated on a one-mile loop around the North Campus Research Complex at speeds averaging about 10 miles per hour. The service ran Monday-Friday from 9 AM to 3 PM. While its route avoided heavy-traffic arteries, the shuttle nevertheless shared two-way public roadways with cars, bicycles, and pedestrians. It operated in a variety of weather conditions, including winter cold and snow; but was not used in more extreme weather, such as heavy snow or rain.


The Mcity Driverless Shuttle on its route at the University of Michigan’s North Campus Research Complex. (Photo credit: University of Michigan)

While the shuttle and its technology are impressive enough, the impetus behind its use is arguably more important to The Henry Ford. The Mcity research project was the first driverless shuttle deployment in the United States that focused primarily on user behavior. Mcity’s goal was to learn more about how people reacted to AVs, rather than prove the technology. The two shuttles were equipped with exterior video recorders to capture reactions from people outside the shuttle, and interior video and audio recorders to capture reactions from passengers inside. On-board safety conductors, there to stop the shuttle in case of emergency, also observed rider behavior.

Mcity staff monitored ridership numbers and patterns throughout the project, and riders were encouraged to complete a survey about their experience that was developed by Mcity and the market research firm J.D. Power. Survey questions ranged from basic inquiries about age and relationship to the university, to more specific inquiries about reasons for riding, degree of satisfaction with the service, interest level in AV technology, and – most significantly – degree of trust in the shuttle and its driverless capabilities. The survey data was then analyzed by J.D. Power. You can learn more about the results through Mcity's white paper, "Mcity Driverless Shuttle: What We Learned About Consumer Acceptance of Automated Vehicles."

Along with the shuttle itself, U-M has kindly donated examples of the special signage installed by Mcity in support of the shuttle project. There are no current government regulations – at the federal, state, or local levels – for signage along a driverless vehicle route. Mcity developed its own signs to alert other road users to the shuttle’s presence. Samples include signs proclaiming “Shuttle Stop” and “Attention: Driverless Vehicle Route.”

Autonomous vehicles are coming to our streets – it’s no longer a question of “if,” but of “when.” Indeed, the Mcity shuttle project proves that AVs are, to an extent, already here. These driverless vehicles promise to be the most transformative development in ground transportation since the automobile itself. Self-driving capabilities will fundamentally change our relationship with the vehicle. The technology promises improved safety and economy in our cars and buses, greater capacity and efficiency on our roads, and enhanced mobility and quality of life for those unable to drive themselves. The Mcity Driverless Shuttle represents an important milestone on the road to autonomy, and it marks an important addition to The Henry Ford’s automotive collection.

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21st century, 2010s, technology, research, Michigan, by Matt Anderson, autonomous technology, alternative fuel vehicles

This blog post is part of an ongoing series about storage relocation and improvements that we are able to undertake thanks to a grant from the Institute of Museum and Library Services (IMLS).


A typical aisle in the Collections Storage Building before object removal.

Autumn of this year marks the end of a three-year IMLS-funded grant project to conserve, house, relocate and create a fully digital catalogue record for over 2,500 objects from The Henry Ford’s industrial collections storage building. This is the third grant THF has received from IMLS to work on this project. As part of this IMLS blog series, we have shown some of the treatments, digitization processes and discoveries of interest over the course of the project. Now, we’d like to showcase the transformation happening in the Collections Storage Building (CSB).


A view of the aisle and southwest wall before dismantling to create a Clean Room.

Objects were removed from shelves allowing an area in the storage building to be used as a clean space for vacuuming and quickly assessing the condition of these objects before heading to the conservation lab. Since the start of the grant in October 2017, 3,604 objects have been pulled from CSB shelves along with approximately 1,000 electrical artifacts and 1,100 communications objects from the previous two grants. As of mid-March 2020, 3,491 of those objects came from one aisle of the building. As a result, we were finally at a point of taking down the pallet racking in this area.


Pallets of dismantled decking and beams. A bit of cleaning before racking removal.

While it has taken multiple years to move these objects from the shelves, it took only three days to disassemble the racking! Members of the IMLS team first removed the remaining orange decking. On average, there were four levels of decking, separated in three sections per level. Next, we unhinged the short steel beams that attach the decking to the racking. Then was the difficult part of Tetris-style detachment of the long steel beams directly by the wall from the end section of height-extended, green pallet racking. As you can see this pallet racking almost touches the ceiling! After that, the long beams could be completely removed before taking down the next bay. Nine bays were disassembled this time to reveal the concrete wall and ample floor space. Just as the objects needed cleaning to remove years of dust and dirt, so did the floor!


The aisle in 2018. An open wall and floor!

What’s next? We will methodically continue pulling objects and taking down racking until no shelf is left behind! We are grateful to the IMLS for their continued support of this project and will be back for future updates.



Marlene Gray is the project conservator for The Henry Ford's IMLS storage improvement grant.

21st century, 2020s, 2010s, IMLS grant, collections care, by Marlene Gray, #Behind The Scenes @ The Henry Ford

While the concept of the e-bike has been around since the 1890s, it was not until the 1990s that battery, motor, and materials technology had advanced to the point where motorized bicycles became practical. While fully motor-driven units do exist, most e-bikes are of the “assist” variety. The rechargeable battery-powered motors on these bikes aren’t intended to replace muscle. Rather, they deliver a boost on steep hills or provide a few moments’ rest for a fatigued pedaler. The motors supplement rather than supplant human effort.

The Henry Ford acquired its first examples of electric-assist bicycle technology in 2017, with two prototype bicycles from Ford Motor Company’s Mode:Flex project. This 2015 initiative came out of the company’s efforts to position itself as a “mobility provider” for a post-car future. With the millennial generation returning to cities and, to some extent, turning away from automobiles in favor of public transit and other alternative forms of transportation, Ford charged teams of designers and engineers to create prototype bicycles specifically tailored for its automobile customers.


One of two Mode:Flex units acquired by The Henry Ford in 2017, this prototype bicycle is fully functional and capable of carrying a rider. Made of mostly steel, it weighs around 80 pounds – considerably heavier than a typical road bike’s 20-30 pounds. Bruce Williams, who led the Mode:Flex project, contended that the weight could be halved by using different materials if the bicycle ever went into production. THF172635

The Mode:Flex team – led by Bruce Williams, a Senior Creative Designer who had previously worked on the redesign of Ford’s F-150 pickup – developed a concept for a jack-of-all-trades bicycle that is easily disassembled for compact storage in any Ford vehicle. The front and rear ends are interchangeable between city, road and mountain bike configurations. (The bike’s seat post, which houses its 200-watt electric motor and rechargeable battery, remains the same in any configuration.)

The Mode:Flex connects to an app that controls the electric-assist motor; operates the LED headlight, taillight and turn signal (inspired directly by the units on the Ford F-150); and provides speedometer and trip odometer functions, navigation assistance, and real-time traffic updates. Running in “No Sweat” mode, the app monitors a user’s heart rate. When the heart rate climbs, the bicycle’s electric motor kicks in with a corresponding level of assistance, allowing novice bikers to ride to work in standard office attire (rather than Lycra or Spandex).


This non-functional mock-up of the Mode:Flex bicycle was largely created from thermoplastic materials rendered on a 3D printer. Built for promotional display purposes only, it lacks a working motor and is unable to support the weight of a rider, but it clearly illustrates the Mode:Flex bike’s foldability. THF172637

While the Mode:Flex could be used as a commuter’s sole mode of transportation, it is particularly geared toward those making multi-modal commutes. Someone might drive in from a distant suburb, park in a satellite lot outside the urban core, and then bike the “last mile” to work, shopping or entertainment. The bicycle’s app is designed to work seamlessly with an owner’s car as well. It can lock and unlock doors, monitor gas mileage or electric vehicle charging, track parking locations and perform other similar functions. The bicycle’s battery can be pulled out for remote charging or connected directly to a Ford vehicle’s electrical outlet.

The Mode:Flex bikes in The Henry Ford’s collection are concept prototypes, and Ford has no immediate plans to put them into production. Nevertheless, they represent concrete efforts by automakers to broaden their product lines and customer bases in response to evolving trends in personal transportation.

Matt Anderson is Curator of Transportation at The Henry Ford.

design, 21st century, 2010s, Ford workers, technology, Ford Motor Company, by Matt Anderson, bicycles

Big and Little Bird reinforce the concept of contrasting sizes in this 1973 Playskool puzzle. THF97463

No television show has influenced how we think about children’s learning and thought processes as much as Sesame Street. For 50 years, this innovative TV show has continually broken barriers in its portrayal of diverse human interactions and relationships, its clever integration of Jim Henson’s wildly creative Muppets, and its rapid-fire approach to teaching basic educational concepts.

The idea for Sesame Street began back in 1966 at a dinner party hosted by Joan Ganz Cooney, a TV publicist turned documentary producer, and her husband Tim. In attendance was Lloyd Morrisett, who was both Vice President of the philanthropic Carnegie Corporation and an experimental psychologist interested in children’s education. At the dinner, Morrisett described his three-year-old daughter’s fascination with television—which included not only tuning in to Saturday morning cartoons, but also watching the pre-programming test patterns on the screen and reciting every commercial jingle by heart. Talk turned to the potential of television as a medium for educating young children. Could the seemingly addictive quality of TV be harnessed to both entertain and instruct?

This monster with the insatiable appetite—especially for cookies—has, under adult pressure, increasingly shown an awareness for healthy eating habits. THF97460

Cooney quickly developed a proposal entitled, “The Potential Use of Television in Preschool Education.” Her goal was groundbreaking at the time—to test the premise that TV could help level the playing field in education, preparing less advantaged three- to five-year-olds for school by teaching basic academic skills, self-esteem, and positive socialization. In March 1968, Cooney and Morrisett announced the formation of the Children’s Television Workshop (CTW) and set out to create an educational TV show that would both appeal to young children and help them get a jump on learning. With an eight-million-dollar startup grant from private foundations and government agencies (including the rather skeptical Department of Education), Cooney was able to test ideas for the type of show she had in mind.

The colorful, fast-paced Batman TV show, which premiered in January 1966, provided one of many inspirations for Joan Ganz Cooney in creating Sesame Street. THF6651

Cooney’s reference points included the rapid-fire pacing of the hip new adult-oriented TV show, Rowan and Martin’s Laugh-In. The campy breakout TV show Batman also provided a model, with its fast-paced action as well as its bright, bold colors and even its use of cartoon balloons. Cooney drew additional inspiration from short TV commercials, with their simple melodies in bright major keys. She did not get inspiration from most children’s TV shows, which she thought were dull, slow-paced, and seemed more oriented to adults than kids—with the possible exception of the kid-friendly Captain Kangaroo.

This 1970s Fisher-Price music box plays the song, “The People in Your Neighborhood,” while the Sesame Street scene moves horizontally across the “TV screen.” THF135804

Cooney soon realized that, while she had plenty of vision, she needed help in writing, directing, and producing the show. For this, she called on several veterans from Captain Kangaroo—most significantly Jon Stone, who played such a significant leadership role in shaping Sesame Street that he took over as executive producer for the next 20-odd years. Other talented and dedicated scriptwriters, composers, and directors also joined the team, while psychologists and educators lent their support from the beginning.

Cooney and her collaborators initially created a show that included brief skits, musical numbers, cartoons, and live-action video footage—all basically teaching school-readiness concepts. The idea of portraying a diverse group of people living and working together in a community was intentional, providing a hopeful real-life model for an integrated society, which encouraged respect, mutual tolerance, and cross-cultural friendship. The live action scenes were interspersed with pre-taped “commercials”—that is, short “bits” about letters and numbers presented either as animated segments or featuring Jim Henson’s Muppets. The live-action segments were purposely kept separate from the pre-taped “commercials,” as researchers felt that combining these “reality” and “fantasy” elements would confuse children.

Having the sweetly quizzical Big Bird live in a nest near, and interact with, the live actors on Sesame Street became a key to the show’s success. THF97451

Initial testing, however, revealed that children thought the live-action scenes were boring, the dialog tedious and lengthy. On the other hand, they found the short “commercials” to be catchy and memorable. Pushing back on the researchers’ advice, Cooney and Stone brought in Jim Henson as a full-time producer, while his Muppet creations Big Bird and Oscar the Grouch joined the live-action human cast. The resulting interaction between humans and Muppets—seamless and convincing—provided the missing alchemy. The foundation was laid for Sesame Street as we know it today.

Ongoing episodes about ultra-serious Bert and fun-loving Ernie reinforce to children that vastly different personalities can still be good friends. THF92308

The first episode of Sesame Street premiered on November 10, 1969 and the show aired weekdays on the new Public Broadcasting System (PBS) network. It was immediately hailed as a groundbreaking blend of learning and fun, despite some criticism about its high entertainment quotient, its threat to teachers for undermining early school lessons, and—in Mississippi—its initial banning because of its integrated cast. Time magazine featured popular Sesame Street character Big Bird on its November 23, 1970 cover, next to the headline, “Sesame Street: TV’s Gift to Children.” This issue devoted nine pages to the show’s impact and importance, calling it “the best children’s show in TV history.”

Puppeteer Kevin Clash breathed new energy and vitality into Elmo in the 1980s, but this furry red Muppet became a breakout star in 1996, when comedienne Rosie O’Donnell featured both Clash and this doll on her TV show. THF176791

As Sesame Street has continually changed and grown with the times, its popularity and impact have endured. Comedienne Rosie O’Donnell, whose remarks on her own TV show helped transform Elmo from a minor character to a superstar, described the show’s unique contributions this way:

"From the beginning Sesame Street encouraged imagination and playfulness. It always felt like a show to me about freedom, and it has always spoken to children in a pure and truthful way. Children are children, rich or poor, and there is a language of truth that is innate to these tiny, undeveloped beings that they can hear. Sesame Street had respect for its audience and respect for itself. They never cut any corners and they stuck to their democratic ideals."

Innovative, groundbreaking, and radical when it was introduced, Sesame Street has become nothing short of an American institution.

Donna Braden is Curator of Public Life at The Henry Ford.

1960s, 20th century, 21st century, 2010s, TV, popular culture, Jim Henson, education, childhood, by Donna R. Braden

This 1930 Hupmobile Model S was one of nearly 800 vehicles that filled Greenfield Village for this year’s Old Car Festival.

Another summer car show season is in the books as we wrap up our 69^th annual Old Car Festival in Greenfield Village. We enjoyed practically perfect weather, enthusiastic crowds, and a field of nearly 800 vintage automobiles, trucks, motorcycles, and bicycles. You couldn’t have asked for a better weekend – or a better way to spend it.


This 1925 Ford Model TT truck fit perfectly with the Depression-era Mattox Family Home. Greenfield Village provides an incomparable setting for Old Car Festival.

Our spotlight for 2019 shined on early sports cars, whether genuine performers like the Stutz Bearcat, or mere sporty-looking cars like Ford’s Model T Torpedo Runabout. We usually associate sports cars with postwar imported MGs or all-American Corvettes, but enthusiast motoring is an old idea. For as long as there have been cars, there have been builders and buyers dedicated to the simple idea that driving should be fun.


The Henry Ford’s 1923 Stutz Bearcat. Many consider the Bearcat to be America’s first true sports car.

In keeping with the theme, we featured three sporty cars in our special exhibit tent across from Town Hall. From The Henry Ford’s own collection, we pulled our 1923 Stutz Bearcat. If there’s one name synonymous with early sporting automobiles, it’s “Bearcat.” Indianapolis-based Stutz introduced the model in 1912. The first-generation Bearcat featured only the barest bodywork and a trademark “monocle” windshield. Our later model was a bit more refined but, with 109 horses under the hood, it had no problems pushing the speedometer needle to the century mark. And, with its $3500 price tag, it had no problems pushing your bankbook into the red, either.


The sporty, affordable 1926 Chevrolet – for when the heart says, “speed up” but the wallet says, “slow down.”

Our good friends at General Motors once again shared a treasure from the company’s collection. This time it was a beautiful 1926 Chevrolet Superior Series V. The car boasted custom bodywork from the Mercury Body Company of Louisville, Kentucky. The speedster body and disc wheels gave a sporty look to a car targeted at budget-minded buyers. The Chevy sold for $510 – about one-seventh the cost of that Stutz!


This newly-restored 1927 Packard ambulance served the city of Detroit for nearly 30 years.

Every car at Old Car Festival has its own story, but some of them are particularly special. You could certainly say that about the 1927 Packard ambulance bought to us by owner Brantley Vitek of Virginia. He purchased the vehicle, in rather rough condition, at the Hershey swap meet in 1974. Dr. Vitek planned to restore it but, as is sometimes the case for car collectors, life got in the way. He wasn’t able to start the project until 2016, but it was well worth the wait. The finished ambulance is gorgeous – and not without southeast Michigan ties. The Packard served all its working life with the Detroit Fire Department. Old Car Festival wasn’t just a debut for the completed project, it was a homecoming as well.


The corn boil was just one of the dietary delights offered at this year’s show.

Veteran Old Car Festival attendees know that the show mixes a little gastronomy with its gasoline. Each year brings historically-inspired foods to the special “Market District” set up along the south end of Greenfield Village’s Washington Boulevard. Offerings for 2019 included turkey legs, sliced pastrami sandwiches, baked beans and cornbread (served in a tin cup), and peach cobbler. Longstanding favorites like kettle corn, hobo bread, and frozen custard were on hand too.


Prize winners received glass medallions handcrafted in the Greenfield Village Glass Shop.

As it does every year, Old Car Festival wrapped up with the Sunday afternoon awards ceremony. Show participants are invited to submit their vehicles for judging. Expert judges award prizes based on authenticity, quality of restoration, and the care with which each vehicle is maintained. First, second, and third-place prizes are awarded in eight classes, and one Grand Champion is selected for each of the show’s two days. Additionally, two Curator’s Choice awards are given to significant unrestored vehicles.


The Canadian Model T Assembly Team entertained by putting together this vintage Ford in mere minutes.

Year after year, Old Car Festival provides sights, sounds, and tastes to delight the senses. It’s no wonder the show has been going strong for 69 years. We’ll see you for show number 70 in 2020!

Matt Anderson is Curator of Transportation at The Henry Ford.

Michigan, Dearborn, 21st century, 2010s, Old Car Festival, Greenfield Village, events, cars, car shows, by Matt Anderson

1965 Ford Mustang Convertible, Serial Number One. THF90618 


Ford Mustang Serial Number 1 and Original Owner Captain Stanley Tucker, 1966. THF98053 

More than 55 years ago, Harry Phillips sold Mustang Serial No. 1 to Stanley Tucker in St. John’s, Newfoundland, Canada.

The very first Mustang sold was a pre-production model only intended for display. It was meant to be sent back to Ford, and it took nearly two years for the car to be officially returned.


Harry Phillips and Mustang Serial No. 1, September 2019.

Thanks to a campaign spurred on by fellow Ford Mustang lovers, Mr. Phillips was reunited with that same car, in Henry Ford Museum of American Innovation, on Sept. 27, 2019. Hear his story of that landmark sale in 1964, and learn more about this important artifact: Stanley Tucker and Ford Mustang Serial Number One.


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Canada, Michigan, Dearborn, 21st century, 2010s, 20th century, 1960s, Mustangs, Henry Ford Museum, Ford Motor Company, events, convertibles, cars

Lee and Kendra in partnership with their signed Memoranda of Understanding.

The Henry Ford recently celebrated the one-year anniversary of its acquisition of The STEMIE Coalition, an alliance of youth invention, innovation, and entrepreneurship programs committed to teaching K-12 students the innovative mindset. The program has seen considerable success and continues to rapidly expand globally under a new brand, Invention Convention Worldwide. This week, The Henry Ford welcomed its affiliated program leadership from as far away as Singapore and Ukraine and from across the U.S. to collaborate and share best practices to advance youth invention education worldwide.

New to the community, and representing all K-12 students across the Republic of Korea, is the Korea Invention Promotion Association (KIPA), a relative analog to our U.S. Patent and Trademark Office (USPTO) government agency’s educational and outreach activities. KIPA was established in 1994 to promote intellectual property rights – patents, trademarks, copyrights, and more – and expand patent management support for companies across South Korea.

Today, KIPA is overseeing an audacious goal -- to train all students in Korea in the process of invention. The Republic of Korea is the first country in the world to legislate that all students in grades 4-12 receive annual training in the invention process. KIPA has created a wealth of content to support teachers across Korea, including classroom materials, training for teachers, and national events designed to excite, guide, and celebrate young inventors.

The Henry Ford shares this mission – that within every child exists the potential to change the world. Under The Innovation Project and the Invention Convention Worldwide initiative, The Henry Ford is seeking to convene and collaborate with the world’s leading changemakers around invention education, and work to develop an innovative mindset in students everywhere.


Lee and Kendra enjoy an authentic Model-T ride through The Henry Ford’s Greenfield Village.

KIPA and The Henry Ford Invention Convention Worldwide will collaborate to expand invention education across Korea, the U.S., and worldwide, working with the World IP Organization (WIPO). KIPA and The Henry Ford will take advantage of The Henry Ford’s extensive collection of stories and artifacts across 300 years of American Innovation – not to mention its curated lesson plans, teacher training, and digital media. They will similarly leverage KIPA’s own deep educator written, audio, video, and software content and tools in invention learning. Together, KIPA and The Henry Ford will build new and expanded pathways for young inventors, innovators, and entrepreneurs to build life-long skills and innovative mindsets.



Carol Kendra, Vice President of The Henry Ford, welcomed Du Seong Lee, Vice President of KIPA, along with Jimmy Han, Director and Danny Yoo, Section Manager, to The Henry Ford for a formal signing ceremony of the new partnership. Set against the backdrop of the world’s first research and development laboratory, the original renowned Menlo Labs of Thomas Edison, Lee and Kendra exchanged signatures, memoranda of understanding, and gifts to celebrate the occasion. The signing was held on the second floor of Edison’s lab where Edison first successfully created his first working light bulb, lighting up the world.

Lee and his staff joined American school children in a viewing a demonstration of one of the original first 200 working phonograph devices.  As Global Director of the Invention Convention Worldwide program, I presented Lee with an actual recording from the historic phonograph.

The Henry Ford and KIPA will begin collaborations and planning starting in October in Korea on joint efforts.  The Henry Ford’s President and CEO Patricia Mooradian received the Korean delegation in her offices and invited KIPA to discuss how we might include young Korean inventors at our Invention Convention showcases and competitions globally, and to work together to cultivate each child’s skill sets to create solutions to our world’s most pressing problems. Among the potential areas for collaboration include application of The Henry Ford’s digital assets, including clips from its award-winning Innovation Nation and Did I Mention Invention? television shows and digital artifact cards from its 26 million piece collection, to KIPA's extensive content for educators, and creating new artificial reality and gaming approaches to invention education.

The Henry Ford’s Invention Convention Worldwide initiative is part of its Innovation Learning suite of learning resources, and today impacts more than 120,000 students across its affiliated network of partners.

Danny Briere is former Chief Entrepreneur Officer and Global Director, Invention Convention Worldwide, at The Henry Ford.

Asia, inventors, Invention Convention Worldwide, innovation learning, education, by Danny Briere, 21st century, 2010s