Through an initiative funded by The Kroger Co. Zero Hunger | Zero Waste Foundation and The Avangrid Foundation, the Invention Convention Worldwide team at The Henry Ford has created a pathway to connect sustainability to invention for our students in the classroom. Through the lens of biomimicry, student inventors examine how some of humanity’s greatest inventions have been formed by the world around them and how they can tap into nature to find sustainable solutions, while problem solving by using biomimicry.

A great example of this comes from Florida fifth grader and 2020 Invention Convention participant Xavier Baquero-Iglesias and his invention SoleX Turf: Good for Your Sole, Good for Your Plant. SoleX Turf is an invention that uses the principle of photosynthesis and the practice of biomimicry. This artificial turf uses the principles of photosynthesis to collect and create energy from the sun while cooling the temperature of the turf to be more enjoyable for players.

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childhood, philanthropy, inventors, Invention Convention Worldwide, innovation learning, educational resources, education, by Samantha Johnson, by Mitch Hufnagel, by Devin Rittenhouse, by Alisha Hamblen

Dan Gurney and A. J. Foyt with Victory Champagne at the 24 Heures du Mans (24 Hours of Le Mans) Race, June 1967 / THF127983

Celebration of Success

Whatever the form of racing, every team wants to be in the Winner’s Circle. It’s where victors are crowned and reputations are made. The Winner’s Circle in our new auto racing exhibit, Driven to Win: Racing in America Presented by General Motors, puts five remarkable race cars on an honorary pedestal. They are connected to some of the greatest drivers, teams, and personalities in racing. They broke records, they broke traditions, and they broke new ground with innovative designs and ideas that influenced all who followed. The Winner’s Circle is a celebration of success.

1956 Chrysler 300-B NASCAR Stock Car

1956 Chrysler 300-B Stock Car / THF107591

This car, and especially its team, brought a fundamental change to NASCAR racing. The team owner, Carl Kiekhaefer (founder of Kiekhaefer Corporation, maker of Mercury outboard boat motors), brought a level of professionalism to his team’s operation that set a new standard in auto racing. His drivers and mechanics all wore matching uniforms, and his cars were immaculately prepared. He transported his cars in closed trucks rather than open trailers (providing more advertising space), and his teams were among the first to practice pit stops. That alone might not have influenced other teams to follow his example, but the clincher was his team’s domination of the series in 1955 and 1956. In 1955, driver Tim Flock scored 18 wins and 32 top-10 finishes on his way to the NASCAR championship. Then, in 1956, Kiekhaefer drivers Buck Baker and Speedy Thompson together won 22 of 41 races, including 16 in a row, with Baker taking the championship. After that season, Kiekhaefer dropped out of racing, but the professionalism he brought soon became the norm.

1960 Meskowski-Offenhauser Indy Roadster

1960 Meskowski Race Car / THF90073

Racing legend A.J. Foyt made the most of this car’s dirt-track prowess. It was key to Foyt winning his first three Indy Car championships in 1960, 1961 and 1963. Race car builder Wally Meskowski engineered and built this car specifically for dirt-track racing, which comprised most of the USAC Championship (Indy Car) series in the early 1960s (the Indianapolis Motor Speedway was one of just three paved tracks in the series in 1960). From 1960 through 1963, Foyt drove this car in 26 races, and scored 13 of his 17 victories in it, all but three of them on dirt tracks. It was powered by the iconic Offenhauser four-cylinder racing engine that dominated Indy Car races from the late 1930s until well into the 1960s. Every Indianapolis 500 from 1947 to 1964 was won with an Offenhauser engine. The engine’s design, with the block and double-overhead-cam cylinder head cast as one unit, produced both the racing essentials: power and reliability.
 

1965 Lotus-Ford Indy Car

1965 Lotus-Ford Race Car / THF90585

Talk about a disruptor! This car could qualify as the greatest disruptor ever in American racing history. In 1965, Formula One champion Jim Clark drove this car to victory in the Indianapolis 500, marking that race’s first-ever win by a rear-engine car. A few years earlier, legendary road racer Dan Gurney had concluded that a car/engine combination designed using European Formula One technology could revolutionize the 500 and Indy Car racing. He brought Ford Motor Company together with Colin Chapman, the English builder of Lotus Formula One cars. That collaboration resulted in a lightweight Lotus chassis powered by a specially designed Ford V-8 engine. With its monocoque chassis, four-wheel independent suspension, and rear-mounted engine, the Lotus-Ford brought an abrupt end to the traditional Indy front-engine roadster’s long domination and established a new paradigm for American race cars. 

1967 Ford Mark IV Sports Car

1967 Ford Mark IV Race Car / THF90744

In the 1960s, Ford Motor Company made the most massive sports car racing effort ever seen in America. The objective was to beat the dominant Ferrari team in the world’s most important sports car endurance race—the 24 Hours of Le Mans. The weapon was a family of cars best known as the Ford GT40. Ford’s first of four straight victories, in 1966, was won by the GT40’s Mark II variant, fielded by the Shelby American team and driven by New Zealanders Bruce McLaren and Denny Hulme. The next year, Shelby returned with this car—the more powerful Mark IV. Its chassis was built of an aluminum honeycomb material used in aircraft construction, and the body shape resulted from hours of wind tunnel testing. The big 427-cubic-inch V-8 engine was based on Ford’s stock car racing engine and proved highly reliable. Drivers Dan Gurney and A.J. Foyt beat the second-place Ferrari by 32 miles at a record-breaking average speed of 135.48 mph. That win was another first at Le Mans because, unlike the year before, the winning car was built in the United States. This was the first Le Mans win by an American car, built in the United States and driven by Americans. 

1988 Chevy-Penske PC-17 Indy Car

1988 Rick Mears Winning Indy Car Replica, on loan courtesy General Motors Heritage Center. / THF185963

In 1988, Rick Mears qualified the original version of this car on the pole and won Penske Racing's seventh Indianapolis 500. The win marked Mears’ third victory at one of motorsports’ most renowned events, and contributed to him becoming one of the most respected drivers in Indy car racing history. That year, all three Penske team drivers—Mears, Danny Sullivan, and Al Unser, Sr.—piloted the new PC-17 chassis powered by redesigned Chevrolet engines. The Penske team swept the top three qualifying positions on pole day. Mears’ four-lap qualifying speed of 219.198 mph became the new Speedway standard, and the Penske team, led by Mears’ win, took two of the top three podium positions (Unser placed third).

Additional Artifacts

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Beyond the cars, you can see these artifacts in the Winner’s Circle in Driven to Win.

• Coveralls Worn by Team Lotus Mechanic Graham Clode, 1965
• NASCAR Grand National Racing Trophy Won by Buck Baker, 1956
• Pit Board for NASCAR Team Kiekhaefer's Chrysler 300-B, circa 1956
• "Indy 500" Lanyard, 2020
• "Indy 500" Patch, 2020
• "Indianapolis 500" Pin, 2020
• Program, "Official Program: 97th Running Indianapolis 500," 2013
• Set of "Pracision" Drafting Tools, Used by Leo Goossen, 1925-1941
• Stetson Cowboy Hat Signed by Carroll Shelby, 2009
• 24 Hours of Le Mans Trophy, 1967
• 24 Hours of Le Mans Trophy, 1967

 

Dig Deeper

Jim Clark after Winning the 1965 Indianapolis 500 Race / THF110641

Learn more about these winning stories with these additional resources from The Henry Ford.

• Read about the Chrysler 300-B’s spin around Motor Muster in Greenfield Village in 2018.
• Learn the story of Vicki Wood, who drove at least one Kiekhafer Chrysler.
• Watch A.J. Foyt share his thoughts on Indy, Le Mans, and the many drivers and cars he raced in his long career.
• What if a single car could change the greatest spectacle in racing? Find out in our What If story about the Lotus-Ford.
• Learn about Jim Clark’s 1965 Indy 500 win in the Lotus-Ford Type 38.
• Explore photos and other artifacts related to Jim Clark’s 1965 Indy win.
• Go even deeper into the story of the Lotus-Ford and Jim Clark’s historic win.
• Watch this video outlining the Lotus-Ford’s story.
• Read Curator of Transportation Matt Anderson’s account of the Lotus-Ford’s return to Indianapolis in 2015.
• Watch clips from practice, qualifying, and the race at the Indianapolis 500 in 1965.
• See the Lotus-Ford on its international trip to Goodwood Revival in 2013.
• See Dan Gurney bring the romance of his racing career to life in this video interview with The Henry Ford.
• Join us in paying tribute to Edison-Ford Medal winner Dan Gurney in this video and blog post.
• Join Mo Rocca and The Henry Ford’s Innovation Nation to explore the story of Ford vs. Ferrari at the 1967 Le Mans.
• Watch our own volunteer Mose Nowland share his first-hand memories of the Ford-Ferrari battles of the 1960s.
• Watch the legend of Le Mans—the 1967 Ford Mark IV.
• Learn how we’ve cared for and preserved the Mark IV.
• See curator-selected historic photographs documenting Ford’s run at Le Mans in 1967.

Indy 500, racing, race cars, race car drivers, Henry Ford Museum, Driven to Win, cars

Opening Day is behind us, so baseball season is now in full swing (pun intended), and the return of Historic Base Ball in Greenfield Village is just around the corner. Celebrate this beloved sport with a few artifacts and stories from our collections.


H.J. Heinz Company Baseball Team, circa 1907 / THF292401

The H.J. Heinz Company, at the forefront of employee welfare during the late 19th and early 20th centuries, offered many recreational activities for its workers. This photograph from 1907 shows the Heinz company baseball team, comprised of its employees.


Portrait of a Baseball Player, circa 1880 / THF94413

In the decades following the Civil War, base ball clubs came to represent a community’s identity and honor. Players donned colorful uniform shirts to make the team readily visible to its supporters and opponents alike.


Baseball Uniform Shirt, 1865-1885 / THF30158

This bright red wool base ball shirt is a great example of uniforms of that time. The oversized “A” would have identified the community, company, or school the team represented, while the “BBC” stood for “Base Ball Club” – the two-word phrase later changed to “baseball” in 1884.


World Tournament of Historic Baseball in Greenfield Village, August 2007 (Photographed by Michelle Andonian) / THF52274

In 1867, Detroit hosted the World Base Ball Tournament. To commemorate this event, Greenfield Village hosts the World Tournament of Historic Base Ball every summer—one of the finest exhibitions of historic base ball in the country, playing by 1867 rules.

Unfortunately, due to the COVID-19 pandemic, the World Tournament of Historic Base Ball was canceled last year, but it will be back in 2021! Until then, you can learn more about historic baseball at Greenfield Village by watching this video.

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sports, events, Greenfield Village, Historic Base Ball, baseball, by Samantha Johnson

This is the fifth and final in a series of blog posts presented in conjunction with the traveling exhibition, Louis Comfort Tiffany: Treasures from the Driehaus Collection. The exhibit, consisting of approximately 60 artifacts, is on view at Henry Ford Museum of American Innovation from March 6, 2021, through April 25, 2021. This post draws connections with art and craft today, and to the work of the artists of Greenfield Village’s Liberty Craftworks.



Touring the current exhibit Louis Comfort Tiffany: Treasures from the Driehaus Collection gives me pause and allows me time to reflect on a career spent in craft. As an artist working at a world-class museum, I am afforded a unique opportunity to explore these connections in a variety of ways. Craft, to me, at its core is about connections, whether through the physical touch of an object, the experience of making, or our basic human desire to create. They not only signify our fundamental needs and speak to functionality, but they can also serve to illustrate our thoughts and ideas.

Crafts and human beings have been inextricably tied for eons. Ceramics and textiles are ancient, reaching back to the dawn of civilization. For example, the art of glassblowing dates to 50 BC, starting with the Phoenicians in Mesopotamia. Because of this lineage, I find a deep personal connection to materials and processes. Each has its own language to decode and understand, and therefore, a unique resonance for me. When making work, I look to what materials seem most appropriate—steel speaks a different language than wood, and glass than ceramics, each eliciting a different response from the viewer. The relationship to each material is also directly related to the creative process. I find that these bonds stem not only from the solitude of practice but also from how materials interact when placed together. I am often surprised how similar they all are—like romance languages stemming from Latin, they seem to have a singular focus at their core.

This connectivity has transformed our digital world. For centuries, craft has lived in the guild system of master and apprentice, and this long-standing arrangement has created a path for generations to pass on the skills and traditions of each artist. Today in America, this tradition has primarily been assigned to universities, which are now tasked with the distillation of information from lengthy apprenticeships (glassmaking was a seven-year appointment) to a few short years. However, as a former college faculty member, I witnessed student skills develop rapidly in this digital age. The level of sophistication and awareness that students arrive with is far more advanced than previously, given the rise of social media. Digital communication has shortened the learning curve for young artists in understanding their craft. When viewed as a resource, certain pitfalls of making and unique techniques can be shared and recognized through social media platforms like Instagram and YouTube. No longer are artists islands unto themselves, but part of a global community where information and understanding are at their fingertips. But make no mistake, there is no shortcut for honing skills. Craft will always demand the prolonged communication that an artist has with their chosen medium.



Occasionally, my role at the museum requires me to create exact reproductions for use in programming and I relish the chance to search through the collection with our curators discovering hidden treasures. The opportunity to study artifacts from hundreds of years ago is one I am truly grateful to have. Here, in front of me, are the movements and expressions of each artist left crystallized for me to examine. I think of all the craftspeople that came before me, how their movements transcend time, and their work on display for me to experience in my own way. The craft hasn’t changed, the actions of the artist are still the same—it is the unspoken language of craft, the secret language that makers speak. 


Joshua Wojick is Crafts and Trades Program Manager at The Henry Ford. You can see Joshua, along with Curator of Decorative Arts Charles Sable, walk you through a live demo in Greenfield Village’s Glass Shop on our Facebook page here.

Additional Readings:

• Glassblowing
  
• Armington & Sims Machine Shop
  
• Printing Office & Tin Shop
  
• Glass Shop

making, Louis Comfort Tiffany, Greenfield Village, glass, by Joshua Wojick, art

Sir John Bennett. / THF17783

For decades, Sir John Bennett's shop—with its figures of mythological giants Gog and Magog—has intrigued and enthralled Greenfield Village's visitors. Prior to 1930, the jewelry and clock shop was a popular presence many thousands of miles away in London, where its animated giants chimed the quarter-hours above the busy thoroughfare of Cheapside.

While London and Dearborn would seem to have little in common, Gog and Magog—if they could talk, as well as chime—might disagree. Exposure to the weather has been a continuous element in their over 125 years of timekeeping in both England and America. Climate has taken its toll on the figures. So, during the winter of 2005–2006, The Henry Ford undertook an extensive restoration of the Sir John Bennett figures.

Clock Figures

This was not the first time that the figures, or "jacks," as they are known in the world of clocks, had been given a thorough restoration. When Henry Ford originally brought them to the United States in 1931, he had them repaired and repainted. A second restoration and repainting took place in the 1970s.

Pre-restoration deterioration on the feet of one of the carved wooden figures.

The 2005–2006 restoration, in addition to reversing damage and safeguarding Gog and Magog for future generations, also offered an opportunity to attempt to determine what the wooden figures originally looked like. Deeply carved recesses were carefully excavated in order to discover clues to the original color scheme. Conservators also studied a similar set of Gog and Magog figures in London's Guildhall; a set in Melbourne, Australia; and many historical prints and illustrations to compare our paint analysis with other known examples.

One finding was that the giants' chain mail had, at some point, been painted the color of their clothing. The chain mail is now painted to look like metal rather than cloth. Areas of the giants' armor were found to have traces of gold leaf in the recesses. Also, successive paint layers and weathering had obscured a number of decorative elements in the giants' armor. Previous restorations had used gold-colored paint on the armor, which eventually oxidized and turned brown. In 2005–2006, all the decorative armor components were coated with gold leaf.

The figures themselves were in poor structural condition, with many breaks and numerous large cracks. With a view to preserving as much of the original figures as possible, the decision was made to inject a deep penetrating resin into the porous wood, rather than cut out and replace damaged sections.


Newly restored Gog and Magog await their return to the Sir John Bennett shop.

Of course, Gog and Magog are not the only figures in the facade of the building—Father Time and a Muse are also in attendance to assist in the job of chiming. Made of plaster rather than wood, these figures were given structural repairs and then gilded with 1,400 sheets of gold leaf. During the repair work on the Muse, decorative elements were discovered on the harp under layers of paint and filler. The decoration was carefully restored, and can be seen on the front vertical post of the harp. A maker's name, "Brogiotti," was also revealed during the restoration.

Finally, the internal mechanisms for all four figures were repaired, and additional lubrication points were added to help minimize future wear.


Father Time and the Muse show off their new coats of gold leaf.

The Clock

The clock mechanism was in need of a complete overhaul. Many of the bronze bearings—separate components fitted into the clock movement's large cast iron frame—had become worn and needed to be "re-bushed" to bring the mechanism back to its original operating specifications. During cleaning, conservators discovered that all of the cast iron framing was originally painted a blue-green with white pin striping. All of this original paint was carefully cleaned and preserved.


Conservator Malcolm Collum reassembles the restored Sir John Bennett clock movement.

During the 1931 reconstruction of the building and clock in Greenfield Village, a number of components were replaced. Cleaning the mechanism helped us gain a better understanding of the extent of Henry Ford's restoration: the modern steel components lack the dark graining found in the original wrought iron pieces. These dark lines are called "slag inclusions," remnants of a glass-like material that gets worked into the iron during the smelting and production processes.

Weathervane

Gog and Magog receive the most attention from visitors—understandably, given their size, character, and animation—but higher up, fully exposed to everything the Michigan climate has to offer, is one of the most vivid elements of Sir John Bennett's shop: the dragon weathervane. The dragon—made of hammered copper and detailed with sharp claws, taut bat-like wings and a fiery tongue—is a quiet masterpiece of design, craftsmanship, and balance. Its swept-back wings and extended tail are designed to catch even the slightest breeze; its head is weighted with lead in order to balance the body and allow for free pivoting.


The dragon weathervane is readied for removal from its perch.

When the dragon was removed from its perch in late 2005, it was found to be in stable condition. Structural repairs were followed by a thorough cleaning to remove corrosion and degraded metallic paint. Finally, rather than simply repaint the dragon, we returned it to its original splendor with a coat of gold leaf.


Dragon weathervane during gilding.

Repaired and resplendent, silhouetted against a Dearborn rather than a London sky, the dragon once again watches over the visitors who gather to watch Gog and Magog.


Malcolm Collum is former Conservator at The Henry Ford and Marc Greuther is Chief Curator and Vice President, Historical Resources, at The Henry Ford. This post originally ran as part of our Pic of the Month series in May 2006.

Michigan, Dearborn, Europe, 21st century, 2000s, Sir John Bennett, research, Greenfield Village buildings, Greenfield Village, conservation, collections care, by Marc Greuther, by Malcolm Collum, art, #Behind The Scenes @ The Henry Ford

THF90435

Factory-built buggies made the pleasures of carriage ownership affordable for a new group of people. Whether in town or on the farm, people loved these inexpensive, lightweight vehicles. The piano box buggy—named for its resemblance to 19th-century square pianos—was the most popular of all. Buggy owners quickly became accustomed to the freedom and control offered by personal vehicles.


Buggies in many styles poured out of factories by the thousands during the late 1800s. / THF124829


People could even buy buggies from mail-order catalogs. / THF119797


Farmers especially enjoyed owning buggies—designed to carry people—rather than having to go everywhere in a farm wagon made to haul goods. This typical buggy at a Michigan farm in 1894 is occupied by Milton Bryant and his sister Clara’s son, Edsel Ford. / THF204970


Owning a buggy meant feeding, watering, and cleaning up after a horse. These ongoing costs made early automobiles seem less expensive by comparison. / THF212464 (detail)


This post was adapted from an exhibit label in Henry Ford Museum of American Innovation.

Additional Readings:

• 2016 General Motors First-Generation Self-Driving Test Vehicle
  
• 2002 Toyota Prius Sedan: An Old Idea Is New Again
  
• Fozzie Bear’s 1951 Studebaker Commander
  
• 1937 Cord 812 Convertible: Unusual Technology, Striking Style

20th century, 1910s, horse drawn transport, Henry Ford Museum, Driving America

THF1882

With Greenfield Village reopening soon, you’ll find something new at the Noah Webster Home!


THF186494

We have reinstalled the formerly sparsely furnished Webster dining room to better reflect a more active family life that took place in the Webster household at the time of our interpretation: 1835.


THF107986

Noah and Rebecca Webster moved to their New Haven, Connecticut, home in their later years to be near family and friends, as well as the library at nearby Yale College. This painting of Noah dates from about this time.


THF119510

The Websters moved into their comfortable, newly-built home on Temple Street in New Haven in 1823. This portrait shows Rebecca Webster from about this time as well.


THF147812

New research and evolving historical perspective often lead us to reinterpret Greenfield Village buildings. So, furnishings change to reflect these richer or more accurate stories. This is what the Webster dining room looked like in 1947.


THF147776

In 1962, the Webster house was refurnished to showcase fine furnishings in period room-like settings—rather than reflecting a household whose elderly inhabitants started housekeeping decades before.


THF186507

In 1989, after meticulous research on the house and on the Webster family, the home was beautifully transformed, and its furnishings more closely reflected the Webster family’s lives.


THF53248

You could imagine the Websters living there. This is Rebecca Webster’s dressing room.


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Yet the dining room was sparsely furnished. The 1989 reinstallation suggested that the Websters were “in retirement” and “withdrawn from society,” and didn’t need or use this room much.


THF53258

The dining room was presented as a seldom-used space in the Webster home during the mid-1830s. This detail showed boots being cleaned in the otherwise unused room.


THF186509

Webster family correspondence and other documents paint a picture of a household that included not only family activities, but more public ones as well, during the 1830s and beyond.


THF236367

Daughter Julia Goodrich and her family lived down the street and were frequent visitors. The Webster house appears at far right in this photo of Temple Street taken in the 1920s.


THF174984

Webster children and grandchildren who lived farther away came for extended visits. Daughter Eliza Jones and her family traveled from their Bridgeport, Connecticut, home for visits.


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At times, some Webster family members even joined the household temporarily. They could stay in a guest room in the Webster home.


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Webster’s Yale-attending grandsons and their classmates stopped in for visits and came to gatherings. This print shows Yale College—located not far from the Webster home—during this time.


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The Webster family home was also Noah’s “office.” He had moved his study upstairs in October 1834, met there with business associates and students.


THF53243

Guests—including visiting clergymen, publishing associates, Yale faculty, and political leaders—would have called at the house or would have been invited to gatherings in the home. This is the Webster parlor.


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To help reflect the active family life that took place in the Webster household in 1835, the new dining room vignette suggests members of the extended Webster family casually gathering for a meal.


THF186496

The room’s arrangement is deliberately informal, with mismatched chairs. Hepplewhite chairs that are part of the dining room set are supplemented by others assembled for this family meal.


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A high chair is provided for the youngest Webster grandchild.


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The grandchildren’s domino game was quickly set aside as the table was set and three generations of the family began to gather.


THF186500 

The dining room furnishings, like those in the rest of the home, reflect a household whose elderly inhabitants started housekeeping decades before. The Websters would have owned most of their furniture, tableware, candlesticks, and other items for decades. The Connecticut-made clock on the mantel would have been a bit newer, since it dates from 1825–1835.


THF186499

But the Hepplewhite style chairs—no longer in fashion—would have been purchased more than 30 years before.


THF186501

The early 1800s Chinese export dishes would have likely been bought decades before. Quite fine and fashionable when new, the sturdy dishes would have survived to be used at everyday meals and for family gatherings many years later.


THF186503

The Websters would have acquired other furnishings more recently--including newly available whale oil lamps, which provided brighter lighting than candles. In coastal New Haven, whale oil was readily available.


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Stylish curtains of New England factory-made roller-printed cotton fabric are gracefully draped over glass curtain tiebacks and decoratively arranged.


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Do stop by the Noah Webster Home when Greenfield Village opens this spring and see what the Websters are having for dinner as they “gather” with their children and grandchildren! And for even more Village building makeover stories, see also this recent post from Senior Curator and Curator of Public Life Donna Braden.


Jeanine Head Miller is Curator of Domestic Life and Charles Sable is Curator of Decorative Arts at The Henry Ford.

Additional Readings:

• Prototype Eames Fiberglass Chair, circa 1949
  
• Arts and Crafts Furniture Making in West Michigan: The Charles Limbert Company of Grand Rapids and Holland
  
• Creatives of Clay and Wood
  
• Sidney Houghton: The Fair Lane Estate

Connecticut, 19th century, 1830s, 21st century, 2020s, Noah Webster Home, home life, Greenfield Village history, Greenfield Village buildings, Greenfield Village, furnishings, food, by Jeanine Head Miller, by Charles Sable, #THFCuratorChat, #Behind The Scenes @ The Henry Ford

THF154728

The growth of commercial aviation in the United States presented a challenge—how could airports control aircraft within the increasingly crowded space around them? The earliest efforts at air traffic control were limited to ground crew personnel waving flags or flares to direct planes through takeoffs and landings. Needless to say, this system needed improvement.

The first air traffic control tower opened in 1930 at Cleveland Municipal Airport. Pilots radioed their positions to the tower, where controllers noted the information on a map showing the positions of all planes within the airport's vicinity. Controllers radioed the pilots if a collision seemed possible and gave them permission to land or take off. Soon, all large American airports employed towers operated by the airports' respective municipal governments and staffed by growing crews. Smaller airports, though, remained dependent on a single controller (who might also handle everything from the telephone switchboard to passenger luggage). Additionally, some pilots treated controllers' instructions as mere suggestions—the pilots would land when and where they pleased.


Before air traffic controllers began communicating with pilots by radio, airports relied on ground crew personnel to direct planes through takeoffs and landings. / detail of THF94919

Airlines recognized the need for formal oversight and attempted to supply it themselves. They formed Air Traffic Control, Inc., in 1936 to regulate traffic at larger airports. This new agency worked well but applied only to commercial aircraft. It became clear that only federal supervision could regulate all commercial and private air traffic at the nation's airports. The Civil Aeronautics Act, passed by Congress in 1938, established the Civil Aeronautics Authority—the forerunner of today's Federal Aviation Administration (FAA)—to establish safety guidelines, investigate accidents, regulate airline economics, and control air traffic.

The post-World War II economic boom brought a surge in air travel, as well as larger and faster jet aircraft. But the nation's air traffic control system remained unchanged. Upgrades came only after a tragic mid-air collision between two passenger planes over the Grand Canyon in 1956. All 128 passengers and crew aboard both flights perished. Public outrage forced the widespread implementation of radar, a technology greatly improved during the war, into the management of U.S. skies.

Into the 1960s, air traffic controllers augmented radar signal displays with hand-written plastic markers that identified each plane and its altitude. Integrating computers with radar eliminated the need for written markers, as information about each plane automatically displayed on radar screens. This improved radar system, referred to as the Automated Radar Terminal System, finally made its way to metropolitan airports in 1969, when the FAA contracted with Sperry Rand to build control computers and radar scopes.


This computer-integrated radar scope, used at Detroit Metro Airport from 1970 to 2001, was one of the first units capable of displaying an airplane's identification number and altitude directly on the screen. In this photograph, panels have been removed to reveal the unit’s internal components. / THF154729

This radar scope display panel is the first of those scopes to be produced. It was installed at Detroit Metropolitan Airport in 1970. This unit, and others like it, sat in the tower's radar room. It was used to monitor and control aircraft within 35 miles of the airport. Two people worked the unit in tandem, sitting on either side of the display screen. While this arrangement made maximum use of expensive equipment, it led to inevitable difficulties—users sometimes disagreed on screen contrast settings. With the introduction of single-user LCD displays in the 1980s and 1990s, this unit was downgraded to training use and then retired from service in 2001.

Today, radar itself is facing retirement from air traffic control. Aircraft can relay their positions to each other and the ground without radar through Automatic Dependent Surveillance-Broadcast, which combines GPS technology with high-speed data transfer. Required in most controlled airspace as of January 1, 2020, this new system provides more accurate location information. It also allows closer spacing of aircraft in the skies, increasing capacity and permitting better traffic management.

Though it was outpaced by newer technologies, this computer-integrated radar scope—the first of its kind—survives in the collections of The Henry Ford as evidence of the critical developments that produced the safe and efficient aviation system we rely on today. To discover more aviation stories, visit the Heroes of the Sky exhibition in Henry Ford Museum of American Innovation, or find more on our blog.


Matt Anderson is Curator of Transportation at The Henry Ford.

Additional Readings:

• Modernizing the Mail
  
• “The End of the Plain Plane” Campaign: Alexander Girard’s Redesign of Braniff International
  
• Heroes of the Sky
  
• 1920 Dayton-Wright RB-1 Airplane

21st century, 20th century, 1970s, technology, Michigan, flying, Detroit, computers, by Matt Anderson, airplanes

Imagine attending a choral concert in a century-old church. Instead of monochromatic robes, the choristers emerge in bright, radiant color with bold geometric design. The colors of the robes are a musical key, made visual—yellow for the soprano, orange for the contralto, red for the tenor, and purple for the bass. As the choristers sing and sway, the robes come alive, a modern counterpoint to the traditional church interior.

Imagination aside, this is a scene familiar to those who have watched the Hope College Chapel Choir perform. Originally a creation of Charles and Ray Eames from the 1950s, faithful replicas of the robes continue to be used.


The Hope College Chapel Choir at Dimnent Chapel, circa 2001. Photo Courtesy of the Joint Archives of Holland.

Although husband-and-wife design team Charles and Ray Eames collaborated in nearly everything, it was Ray who showed an early and enduring interest in textiles and fashion design. The daughter of a theatre aficionado and manager, she attended the Bennett School for Girls, a two-year college in Millbrook, New York, earning a degree in Fashion Design in 1933. She completed fashion sketches throughout her life—even creating original paper dolls with custom clothing, complete with the tabs used to affix the clothing onto the doll! She designed a few textiles (one of which—“Crosspatch”—won an honorable mention in a 1946 Museum of Modern Art competition) and dedicated significant energy into the design and creation of her own clothing. The clothes she designed for herself and for Charles are quintessential Eames—functional yet beautiful, with playful delights to be found in the details.

D.J. De Pree, the founder and president of the Herman Miller Furniture Company (which produced Charles and Ray Eames’ furniture), was known for his religious fervor. Further, the company is headquartered in Zeeland, Michigan, a Dutch-American enclave with deep Protestant Christian roots. So, when an employee suggested the creation of a company-sponsored chorus in 1952 (something that might otherwise have been an unusual corporate activity), the De Prees granted it legitimacy, naming it the Herman Miller Mixed Chorus and inviting the chorus to perform at company and company-sponsored events. They soon required choral robes to outfit the company chorus and asked Charles and Ray Eames to design them.


Herman Miller Mixed Chorus Soprano and Contralto Vocalist Choir Robes, 1953-1960 / THF75585, THF75580

With Ray’s background, it is likely that she was primarily responsible for the design, although as always in collaboration with her husband. The robes are bold and colorful and make a statement, but they are also functional. Their symbolism is evidence of the Eames’ signature research-heavy process and attention to detail. The colors of the robes identify the vocal type (soprano, alto, tenor, bass) and each color’s hue (from light to dark) corresponds with the vocal range (from high to low). The horizontal black lines at the center of each robe reference the musical staff. Charles and Ray may have scoured the extensive Eames Office reference library to ensure symbolic depth and accuracy. Or, perhaps, this came from an ingrained knowledge of music. They enjoyed a variety of musical types, like jazz, folk, and classical, and music was a major component of the films they produced throughout their life, often collaborating with talented composers like Elmer Bernstein. The theatrical backdrop of Ray’s childhood, her interest in textiles and fashion, and the Eames’ interest in music coalesce in these robes.


Herman Miller Mixed Chorus Tenor and Bass Vocalist Choir Robes, 1953-1960 / THF75574, THF75569

The robes were designed at the Eames Office in Los Angeles, but it is unknown whether the robes were created there and shipped, finished, to Zeeland, or if the patterns and fabric were shipped and the robes were then sewn locally.

By 1960, the Herman Miller Mixed Chorus was disbanded, and Hugh De Pree, son of D.J. De Pree, donated the robes to the Hope College Chapel Choir in the neighboring city of Holland, Michigan, where the family had deep connections. The Hope College Chapel Choir was larger than the Herman Miller Mixed Chorus, so more robes had to be made. Doris Schrotenboer and Millie Grinwis, a mother and daughter team from Zeeland, made the extra. Millie Grinwis recalls that the fabric and patterns were shipped from the Eames Office to her mother’s home, where they were painstakingly put together.

After over 44 years in use, the original robes were retired in 2004. Unwilling, however, to part with the signature design, Hope College commissioned replicas, albeit in a slightly lighter fabric. The original robes were donated to several institutions. At The Henry Ford, these robes add an extra dimension to our design collections, as well as another way to better understand the many talents of Charles and Ray Eames.


The Hope College Chapel Choir recording at Milwaukee’s WTMJ-TV, circa 1965. / Photo Courtesy of the Joint Archives of Holland.


Katherine White is Associate Curator, Digital Content, at The Henry Ford. She is also an alumnus of Hope College, where she was first delighted by these robes! Thank you to Geoffrey Reynolds at the Joint Archives of Holland for graciously sharing pictures of the Hope College Chapel Choir through the years.

20th century, 1950s, women's history, music, Michigan, Herman Miller, fashion, Eames, design, by Katherine White

McCormick-Deering Farmall Tractor, circa 1925 / THF179719

International Harvester introduced the first commercially successful row-crop tractor, the McCormick-Deering Farmall, in 1924. It represented a whole new approach to farming. Today we think of corn, cotton, soybeans, and other crops as being planted and harvested in long rows, but before the 1920s, farmers often planted crops in a grid pattern on smaller fields, which they cultivated using draft animals and a shovel plow.

As tractor usage increased, farmers were able to reduce the amount of land dedicated to housing and feeding draft animals. On average, farmers could re-purpose five acres of land for every horse that was no longer needed. This increase in usable land for farming provided a powerful incentive for farmers to own a tractor.

The McCormick-Deering Farmall was the first tractor to incorporate small, closely spaced front wheels that could travel between rows, and a high rear axle clearance to straddle the plants. It also included a power “take-off” unit to run machinery like the New Idea corn picker. International Harvester, with its Farmall tractor, overtook Ford Motor Company to lead the nation in tractor sales.

We recently completed some conservation work on the McCormick-Deering Farmall "Regular" tractor (52.38.4), which is on display in the Agriculture and the Environment exhibit in Henry Ford Museum of American Innovation. The Farmall “Regular” has gone through a series of restorations and re-interpretations since it came into our collection in 1952.



Before (above) conservation and after (below) 2019 conservation work, with the addition of the Farmall Cultivator No. HM-229 add-on kit and set of metal wheels.

In 2003, a team of volunteers, under the direction of a conservator, began the process of returning the tractor to its 1926 appearance. During this process, most of the newer Farmall red restoration paint layer was removed, as were F-20 parts that were not appropriate to the “Regular” model.

Most recently, we made the decision to retain the 1926 appearance and re-introduce the 1930s Farmall Cultivator No. HM-229 add-on kit, a compatible addition farmers could purchase. To do this, the tractor would need to be painted in appropriate colors. Luckily, our Curator of Agriculture and the Environment, Debra A. Reid, tracked down the manufacturer’s elusive colors: International Harvester Gray and Harvester Blue varnish enamel paint.

Harvester Gray was fortunately documented by Mark Stephenson at McCormick-Deering.com. The Harvester Blue was matched from residual paint on a gang beam that was hidden behind an installed cultivator part. The paint was compared with a manufacturer’s paint chart from the Wisconsin Historical Society.


The residual Harvester Blue paint on the Cultivator’s gang beam.


To aid in completion of this project, a copy of the manufacturer’s original instruction manual we obtained proved to be an invaluable resource.


Conservation volunteers Doug Beaver, Glen Lysinger, and Jim Yousman put on the cultivator rear track sweep attachment, supported by a high-lift pallet jack.


Conservation Specialist Andrew Ganem steers the tractor as it is towed by Exhibits Preparator Bernhard Wilson.

Logistics included towing the tractor to its display location at the museum and completing the rest of the assembly onsite in the museum; for ease of movement, the rubber wheels were used to maneuver the tractor into the museum.


Exhibit Preparators Ken Drogowski on the forklift and Jared Wylie on the floor remove one of the 40” x 6” rubber wheels.


The metal wheel gets mounted by Exhibits Preparators Jared Wylie and Neil Reinalda and Conservation Specialist Andrew Ganem.

The rest of the cultivator assembly, which includes gang beams, two rear spring teeth, and ten gang sweeps, was added after the tractor returned to the exhibit area. A set of 25” x 4” front metal wheels and 40” x 6” rear metal wheels replaced the rubber wheels. This process required a methodic approach to safely complete, using forklifts, straps, a watchful eye for concerns and risks, and general tools. Once removed, the set of rubber wheels were returned to collections storage.

This work could not have been completed without the help of staff from the collections management, conservation, curatorial, and exhibits teams at The Henry Ford, as well as our dedicated volunteers Glenn Lysinger, Doug Beaver, Jim Yousman, Larry Wolfe, Harvey Dean, Neil Pike, Deb Luczkowski, Maria Gramer, and Eric Bergman.

Check out the recently conserved tractor and a variety of other agricultural items in the Agriculture exhibit in Henry Ford Museum of American Innovation.


Cuong T. Nguyen is Conservator at The Henry Ford.

farming equipment, Henry Ford Museum, farms and farming, conservation, collections care, by Cuong Nguyen, agriculture, #Behind The Scenes @ The Henry Ford