The Crisis That Created The Microcar
In 1957, the same year Americans were buying tail-finned Chevrolet Bel Airs like the one in our collection, Germans were lining up for three-wheeled bubble cars with lawnmower engines. But this wasn't just about taste or economics. It was the direct result of deliberate Allied policy that had, until five years earlier, capped German steel production at 25% of pre-war capacity and prohibited companies like BMW and Messerschmidt from making anything resembling a machine of war.
Welcome to the world that created the microcar.
This month let’s take a step away from our decade-by-decade timeline and focus on a specific collection within the Tucson Auto Museum. Last month, we examined how World War II dramatically affected the American auto industry, with all industrial production converted to war efforts for several years. After 1945, the United States retooled its factories quickly to resume civilian production. However, the situation in post-war Germany and to some extent the rest of Europe, was far more dire.
When Germany surrendered on May 8, 1945, the scale of destruction was staggering. In Germany’s forty-nine largest cities, 39% of dwelling units were destroyed or seriously damaged. Munich alone suffered 50% overall damage and 90% destruction of its historic city center. Approximately 6.9 to 7.5 million Germans had died, representing about 8.5% of the population.
By 1945, industrial production in many European countries had fallen to less than half of pre-war levels. Germany’s industrial output dropped to a quarter of its pre-war capacity. The physical destruction was only part of the challenge. Rubble-strewn streets made maneuvering difficult, and narrow passages favored small vehicles. War-damaged bridges imposed strict weight limits. Years of neglect, bomb craters, and incomplete repairs left entire city blocks destroyed, making every square meter precious.
Germany’s industrial constraints were not solely the result of bomb damage. Allied policy played a significant role in shaping the post-war landscape, affecting what could be produced and how cities functioned. The combination of physical destruction, infrastructure limitations, and policy restrictions created an environment where microcars became both practical and necessary.
The Allies weren't subtle about their intentions. The first Allied "level of industry" plan, reduced German heavy industry to 50% of its 1938 levels by the dismantling or destroying 1,500 manufacturing plants. Germany was to be reduced to the standard of living it had known at the height of the Great Depression (1932). Car production was set to 10% of prewar levels. The plan included an important list of industries which were entirely prohibited and a few which would be permitted only until sufficient imports would be possible and could be paid for. As Germany was allowed neither airplane production nor any shipbuilding capacity to supply a merchant navy, all facilities of this type were destroyed over a period of several years. The sanctions were severe and they were meant to be, Germany had waged 2 world wars within 21 years. And many Germans who lived through the microcar era (1950s) had experienced both world wars within their lifetimes. This generational trauma helps explain the scarcity mindset that persisted even into the 1950s. As the economy recovered and the acceptance of minimal vehicles, microcars, were a literally a luxury compared to walking or a bicycle. A Goggomobile was aspirational. Never heard of the Goggomobile? You wouldn’t be alone, but TAM has not one, but two, of these mini Bavarian marvels.
Here is the paradox that most microcar history miss: By 1946, France produced 96,062 vehicles. Impressive recovery, right? Except only 5,846 private cars were registered domestically, in France, that year. Where did the other 90,000+ vehicles go? Export markets. Governments desperate for foreign currency to fund reconstruction shipped conventional cars overseas while their own citizens rode bicycles or waited years for anything with an engine.
On a wider scale, industrial production across Western Europe returned to pre-war levels by 1947. By 1951, output was 70% higher than before the war. But factories recovered before wages did. Production capacity returned to pre-war levels by 1947-1948, but workers in 1957 still earned only 55-80% of American wages. Governments prioritized exports over domestic sales. The microcar was the solution that threaded multiple needles: it required minimal steel (still allocated to priority uses), used aviation expertise applied to civilian products, consumed almost no fuel, fit through regulatory loopholes, and could be financed by working-class buyers on installment plans that conventional cars couldn't offer.
Picture a BMW engineer in Munich, winter 1955, staring at blueprints for a bubble-shaped vehicle designed by an Italian refrigerator company. Ten years earlier, he'd been calculating thrust ratios for Messerschmitt aircraft engines that powered fighters across European skies. Now, legally prohibited from touching anything aircraft-related, assembling tiny egg-shaped city cars from Iso SpA was literally the only legal option keeping BMW from bankruptcy.
The 1957 BMW Isetta 300 Convertible in our collection tells this exact survival story. In 1955, BMW licensed the Isetta design from Iso SpA, an Italian company that made refrigerators. (If you're wondering why a refrigerator company was designing cars: everyone in post-war Europe was trying everything. Iso made refrigerators. They also made a bubble car. BMW was desperate enough to license it. That's 1950s Europe in a nutshell.)
The irony: A company that had built aircraft engines for the Luftwaffe was now making Italian "refrigerators on wheels" to survive. But it worked. The Isetta kept BMW alive. Without Isetta profits from 1955-1962, 161,728 units produced, there would be no BMW 2002, no 3-Series, no M cars. The company that makes the "ultimate driving machine” today exists because Germans in the 1950s bought egg-shaped city cars that opened from the front.
The 1957 Zündapp Janus 250 in our collection shows pure German engineering efficiency under constraint. Named after the two-faced Roman god, passengers sat back-to-back with doors at both ends. This is what happens when brilliant engineers are told "build something, anything, but you can't build what you know how to build." The Janus had 250cc (the lowest tax bracket), seated four adults (technically), got 85 mpg, and looked like nothing else on the road. Imagine sitting back to back with your passengers, imagine the social dynamics. Imagine parallel parking.
The Messerschmitt Regensburg factory, bombed in 1943, was eventually rebuilt—but not for planes. When Fritz Fend approached them in 1953 about producing his three-wheeled Kabinenroller, it wasn't an opportunity. It was the only option.
The engineering DNA was unmistakable: plexiglass aircraft canopies became bubble car windows. Tandem fighter seating became the Messerschmitt KR-200 layout. Aluminum monocoque construction from aerospace became lightweight microcar bodies. These weren't car designers thinking small—they were aerospace engineers applying everything they knew to 12-horsepower urban vehicles because that's all they were legally permitted to build. When you see TAM’s KR-200, imagine climbing in the “cockpit”, closing the canopy and steering with that aircraft-inspired yoke.
The microcar window closed as quickly as it opened. Multiple factors converged to make microcars obsolete almost overnight. As wages caught up with production capacity in the late 1950s, workers could afford conventional small cars. Real car features (four proper seats and 4 proper wheels, highway capability, trunk space, weather protection) in a package barely larger than a microcar and only marginally more expensive. By the late 1950s, European manufacturers were finally serving domestic markets with conventional vehicles. Microcars were designed for urban errands at 30 mph. On the autobahn at 60 mph, they became terrifying. The "economic miracle" (Wirtschaftswunder) created aspirations. Once you could afford better, why would you choose less?
That's why 1957 matters. It was the absolute peak of microcar production, when 100,000 units rolled off European assembly lines. By 1960, that number had collapsed to 40,000. By 1965, microcars had virtually disappeared. The microcar era proves that innovation doesn't just come from necessity, it comes from the intersection of multiple constraints, each requiring a different solution, all converging to make something entirely new inevitable.
As you walk through our microcar collection, remember: these quirky, compact machines are more than just relics of a peculiar automotive trend. They are artifacts born from a time of adversity, ingenuity, and transformation. A testament to how people and industries adapt when faced with seemingly insurmountable challenges. Each microcar carries echoes of postwar Europe, where resilience and creative engineering turned scarcity into opportunity. Their stories remind us that history is not just about the cars we drive, but about the people who built, bought, and relied on them to move forward, sometimes literally, sometimes figuratively, into a new era. Interestingly, there are two AMERICAN examples of micro-cars in that otherwise European collection. Why that is can be learned when you visit the museum (one has to do with the oil crisis from the 1970s).
So next time you see a tiny bubble car or a back-to-back Janus on display at TAM, think of our question “Did the Automobile shape society or did society shape the Automobile?”. The era of the microcar may have been brief, but its lessons in adaptation, design, and resilience still resonate today. Thank you for joining us on this journey.
Next month We will return to our decade-by-decade timeline, and look out, here comes the 1950’s! But we hope this deep dive into the microcar collection has shown you that even the quirky little vehicles in our museum tell profound stories about economics, policy, engineering, and human resilience. You just have to know where to look.
Automobiles Through the Decades Part 4: 1940-1949 When Detroit went to War and the Would Never be the Same
The 1940s stand as perhaps the most dramatic decade in automotive history, a period when the entire industry pivoted from producing family sedans to building tanks and bombers, then back again to cars, but not the same cars. The transformation that occurred between 1940 and 1949 fundamentally altered not just what Americans drove, but how they lived, worked, and moved through their world.
On February 10, 1942, the last civilian automobile rolled off an American assembly line. For the next three and a half years, the facilities that had built Packards and Plymouths retooled completely for war production. The Big Three automakers, General Motors, Ford, and Chrysler, became the backbone of what President Roosevelt called "The Arsenal of Democracy."
The numbers tell a story of the biggest military build-up in history. At peak production, Ford's Willow Run plant produced one B-24 Liberator bomber every 63 minutes. The sprawling facility was so far from Detroit that Ford built a special 27-mile highway, called the "Bomber Highway", to provide workers access to the plant, a road that would later become part of Interstate 94. The scale of operations was staggering in every dimension: the 12 Willow Run cafeterias, run by Edith Clark (listed in Ford personnel records as "E.M. Clark" to hide the fact that a woman was in charge), produced 42,000 meals daily, more than the entire Nazi army received. General Motors manufactured $12.3 billion worth of war material, including aircraft engines, tanks, trucks, and the amphibious DUKW "Duck" that would storm the beaches of Normandy. Chrysler built tanks at the Detroit Arsenal Tank Plant, while Packard produced Rolls-Royce Merlin engines for P-51 Mustang fighters.
This complete industrial conversion demonstrated something unprecedented: the automotive industry's manufacturing expertise, precision tooling, and mass production capabilities were directly transferable to military needs. The scale of the transformation was dramatic, in 1940 and 1941 the industry produced over 4 million vehicles, before civilian manufacturing ceased entirely in February 1942 and would not resume until July 1945. The assembly line techniques pioneered by Henry Ford two decades earlier now built the machines that would win a world war. The difference between WWI's chaotic mobilization and WWII's seamless transformation came down to preparation and planning. The Army Industrial College, established in 1924 specifically to study WWI's failures, spent twenty years developing strategies for future industrial conversion. Those two decades of careful study paid enormous dividends—WWII mobilization avoided the disorganization that had plagued the previous war, resulting in unprecedented production efficiency and output.
The war years fundamentally reshaped automotive design philosophy, though these changes wouldn't fully manifest until peace returned. Engineers and designers working on military vehicles gained experience with aerodynamics, lightweight materials, and functional efficiency that peacetime luxury had never demanded. The streamlined shapes necessary for aircraft found their way into automotive thinking. Aluminum and high-strength steel alloys developed for military applications waited in the wings for civilian use.
Perhaps more significantly, the war democratized technical knowledge. Millions of Americans, including vast numbers of women, learned mechanical skills in defense plants that would forever change their relationship with automobiles. The car was no longer mysterious; it was a machine to be understood, maintained, and even modified.
"Rosie the Riveter" wasn't just building bombers—she was assembling the confidence and capability that would reshape post-war society. In many ways, she represented the next evolutionary step from 1920, when women gained the right to vote. Political equality had opened the door, but economic independence through skilled industrial work pushed it wider. Women composed up to 65% of the workforce at some aviation plants, and their presence in automotive factories was nearly as significant. While many women left factory work after 1945, their wartime experience permanently altered assumptions about capability, independence, and mobility.
The United Auto Workers union, which had fought bitter battles for recognition in the 1930s, emerged from the war years with unprecedented power. The massive strikes of 1945-1946—particularly the 113-day GM strike—established new patterns of labor relations that would define the industry for decades. These labor agreements directly affected car prices, production schedules, and the economic bargain that would fuel post-war prosperity.
When civilian production resumed in late 1945, American automakers faced a market unlike any in history. Sixteen million new cars had been sold in the United States during the 1930s, but virtually none between 1942 and 1945. Millions of families had been saving money with nothing to buy. The pent-up demand was overwhelming.
Initially, manufacturers simply dusted off 1942 designs and started building. The 1946 models were essentially pre-war cars—the industry needed time to retool for genuinely new designs. But even these warmed-over sedans sold instantly, often at premiums above sticker price. Waiting lists stretched for months. A used car in good condition could sell for more than its original purchase price.
This was a seller's market beyond anything seen before or since, and it fundamentally reset consumer expectations. Before the war, buying a car meant negotiating, comparing, shopping around. Now it meant waiting, hoping, and feeling grateful when your name finally came up. The experience of scarcity would drive the abundance mentality of the 1950s.
The museum's 1940s vehicles tell this story in chrome and steel. The 1948 Chrysler Town & Country represents the immediate post-war period, when manufacturers began experimenting with new ideas—in this case, the "woody" wagon that bridged utilitarian and luxury markets. Its wood-bodied construction spoke to material shortages and traditional craftsmanship, even as its powerful inline-eight engine promised the performance hunger of the coming decade.
Two 1948 Davis Divans in the collection embody the wild optimism and entrepreneurial energy of the late 1940s. The three-wheeled Davis promised revolutionary efficiency and economy, backed by spectacular claims and promotional flair. That it failed spectacularly, taking investors' money with it, reflects the chaos of an industry and society in rapid transition. The car market was wide open, and dozens of independent manufacturers rushed in, convinced the old order had been swept away. Most, like Davis, would disappear before 1950.
The 1948 Kurtis-Omohundro Comet and 1949 Delahaye 135MS Coupé represent another post-war phenomenon: the emergence of sports car culture in America. GIs returning from Europe brought with them a taste for the nimble, stylish roadsters they'd encountered overseas. While American manufacturers weren't yet building true sports cars (the Corvette wouldn't arrive until 1953), European imports and American-built specials began appearing at West Coast races and on canyon roads. The seeds of hot rod culture and the California car scene were sprouting.
More mainstream choices like the 1949 Studebaker Champion Business Coupe showed how some manufacturers gambled on genuinely new post-war designs. Studebaker's 1947-1949 models, styled by Raymond Loewy's team, were so modern that people joked they couldn't tell if they were coming or going. In a market starved for newness, such boldness paid off, briefly. But the coming decade would prove that styling alone couldn't save an independent manufacturer in an industry increasingly dominated by the Big Three.
The late 1940s also marked the beginning of the most profound social transformation the automobile would ever enable: mass suburbanization. While the great suburban explosion wouldn't occur until the 1950s, its foundations were laid in these immediate post-war years. The GI Bill, the first stirrings of highway construction, and the simple fact that millions of young families needed housing all pointed toward a future where the automobile wasn't just useful but essential.
Cars were no longer luxury items or mere conveniences—they were becoming the fundamental organizing principle of American geography. The "bedroom community," the shopping center, the commute itself: all these concepts began taking shape in the late 1940s, though few recognized the magnitude of what was coming.
The 1940s rewrote the relationship between Americans and their automobiles. The decade began with cars as consumer goods, luxury items that many families could do without if pressed. It ended with cars as necessities, the essential tools of modern life. The war demonstrated the industry's extraordinary capabilities while teaching millions of Americans mechanical skills and industrial discipline. The post-war boom revealed an apparently limitless hunger for mobility, independence, and the freedom of the open road.
Standing before a 1948 Packard Deluxe Eight Station Sedan today, we see not just a vehicle but a witness to transformation. These machines emerged from an industry that had built a world war's worth of military equipment, serving buyers who had endured rationing, sacrifice, and the complete disruption of normal life. Their story is America's story: conflict and innovation, scarcity and abundance, the old order swept away and something entirely new taking its place.
The cars of the 1940s didn't just reflect their times—they helped create the world that followed, a world where the automobile would reign supreme for the next half-century. But if the 1940s were defined by sacrifice and scarcity, the decade ahead would unleash something America had never seen: unbridled optimism expressed in chrome, horsepower, and tailfins that reached for the sky. See you next month.
Automobiles through the Decades Part 3: 1930 to 1939 When Crisis Sparked Creativity
The 1930s remain an age of automotive contradictions and innovation. Known as the Depression Era, this period was deeply scarred by economic collapse and widespread hardship, yet it nevertheless witnessed remarkable achievements in automotive engineering and design. Technical innovations paired with the elegance of Art Deco styling produced some of the era's most distinctive and memorable vehicles. Our collection includes remarkable examples that tell this story of resilience, ingenuity, and the relentless pursuit of progress against overwhelming odds.
The aftermath of the 1929 stock market crash changed the Auto industry forever. Sales, which peaked at approximately 5.3 million vehicles in 1929, plummeted dramatically. Production reached its lowest point in 1932 with only 1.3 million vehicles manufactured. Even by decade's end in 1939, sales had recovered to just 3.6 million vehicles. It would take a full twenty years for the industry to return to its pre-Depression sales levels.
The human cost was even more staggering. Ford Motor Company's workforce shrank from 128,000 employees in spring 1929 to just 37,000 by August 1931. Many iconic manufacturers, both large and small, did not survive. Notable brands that ceased production during the decade include Franklin (1934), Auburn-Cord-Duesenberg (1937), Pierce-Arrow (1938), and Stutz (1939). Only the strongest companies, General Motors, Ford, Chrysler, Hudson, Nash-Kelvinator, Packard, and Studebaker managed to endure. Survival required decisive action. As an example, General Motors responded swiftly by mothballing plants, reducing production, and lowering Chevrolet's breakeven point by a third. The company aggressively cut prices, and with their diversified brand strategy, GM was able to remain profitable every year throughout the Depression. Those companies with weaker balance sheets simply vanished.
Yet amid this devastation, the decade opened with traditional automotive design still dominant, only to witness its complete transformation by 1939. Perhaps no vehicle in our collection better illustrates this shift than the 1934 Chrysler Airflow. When Chrysler engineers began using aircraft wind tunnels to test automobile designs, they made a startling discovery: most cars were more aerodynamic driving backwards than forwards! The Airflow's revolutionary streamlined design reduced drag by nearly 50 percent, improved fuel economy, and increased top speeds. The design also experimented with unibody construction that would not become mainstream for another 30 years. Also Ride and handling improved dramatically as engineers moved the engine and passengers forward, creating better weight distribution and more even spring rates. While the public initially rejected its radical appearance, leading to poor sales, the Airflow established aerodynamic principles that every modern car employs today.
Our 1937 Cord 812 "Sportsman" Convertible Coupe represents another quantum leap forward. It was such a sensation at the 1935 NY Auto Show, that attendees stood on the bumpers of nearby cars to get a look. The Cord brought front-wheel drive to American luxury automobiles, a configuration that improved traction and handling while allowing designers to create lower, sleeker profiles without a driveshaft tunnel intruding into the passenger compartment. The Cord also introduced concealed retractable headlights, operated by elegant dashboard-mounted cranks—a feature that wouldn't become commonplace until the 1960s. With its coffin-nose design and art deco styling, the Cord looked like it belonged in 1950, not 1937.
Despite economic collapse, the Depression spurred manufacturers to create their most ambitious vehicles. If you were going to survive, you either built basic transportation for the masses or ultra-luxury automobiles for those still wealthy enough to afford them. The middle ground vanished. The 1937 Packard Twelve 1507 Formal Sedan exemplifies this approach perfectly. Packard's V12 engine delivered 175 horsepower with remarkable smoothness, representing the pinnacle of American luxury engineering. The company's famous slogan "Ask the man who owns one", suggested a level of satisfaction that transcended mere transportation. These were the cars of presidents, movie moguls, titans of business, the elite, and the notorious. The one in our was ordered new by comedian Jack Benny! At a time when most Americans struggled to afford necessities, Packard proved there was still a market for excellence without compromise.
The 1930s saw automotive design emerge as a distinct artistic discipline. Our 1934 Brewster-Ford Town Car represents coachbuilding's final golden age, when custom bodies were still crafted for discerning clients. While the 1934 Pierce Arrow Model 836A showcased integrated fender-mounted headlights that became a Pierce Arrow signature, blending functionality with distinctive style.
Beyond the showroom glamour, the 1930s introduced fundamental engineering improvements that made cars safer, more reliable, and more enjoyable to drive. Hydraulic brakes replaced mechanical linkages, providing more reliable and powerful stopping ability crucial as engines grew more powerful and speeds increased. Independent front suspension abandoned rigid front axles, allowing each wheel to respond independently to road irregularities. This dramatically improved both ride comfort and handling, making cars more controllable at higher speeds while providing passengers with a smoother journey.
All-steel body construction replaced wood-framed bodies, improving safety, durability, and enabling the complex curved designs that defined the era's aesthetic. This transition required revolutionary changes in manufacturing. Steel companies developed massive hydraulic presses and hardened dies capable of stamping thousands of parts, while Edward G. Budd's "shotweld" technique solved the challenge of joining steel without damaging its properties. Though tooling required high upfront investment, the per-unit cost became remarkably low at volume. The results were transformative: all-steel bodies were only 10 percent heavier than wooden cars but far safer and more durable. Steel's malleability enabled aerodynamic designs impossible with wood, while one press operator could now produce what previously required multiple skilled craftsmen.
Synchromesh transmissions revolutionized the driving experience. In earlier transmissions, shifting meant forcing gears spinning at different speeds to mesh, causing grinding and wear. Drivers had to "double clutch", pressing the clutch, shifting to neutral, releasing the clutch to match speeds, then clutching again to complete the shift. This required skill and practice. Synchromesh added synchronizers that used friction to match gear speeds automatically before engagement. Drivers could now simply press the clutch once and shift smoothly. What had been a skillful art became a simple action, democratizing the automobile for everyone.
The 1930s automotive story is ultimately one of human determination in the face of overwhelming adversity. In stark contrast to the prosperity of the Roaring Twenties, this decade brought widespread hardship, environmental disasters, and economic collapse. Yet faced with catastrophe, the engineers and designers who survived didn't retreat, they innovated with unprecedented creativity. The streamlined bodies, advanced suspensions, and powerful engines developed during this decade laid the foundation for modern automotive design. As this dramatic transformation reshaped the industry and a new light has shined on our question
“Did society shape the car or did the car shape society?” further complicating its answer. The Depression forced a brutal Darwinian selection: manufacturers either adapted quickly or disappeared. Those who survived did so by combining ruthless business decisions with inspired engineering and design.
As the decade ended, however, the innovations developed to survive the Depression would take on new significance. With enormous threats looming in the mid-1930s and war spreading throughout Europe and Asia by decade's end, the federal government began preparing for potential conflict. Roosevelt launched a limited preparedness campaign and in 1938 Congress authorized, the Defense Plant Corporation, which had the task of expanding production capabilities for military equipment. Companies began producing war materiel for European countries and the very manufacturing capabilities that had been refined during the Depression, the massive hydraulic presses, the precision stamping dies, the efficient assembly line techniques, were being eyed for an entirely different kind of production. The automotive industry's hard-won expertise in mass-producing complex steel structures would soon prove valuable in ways no one had anticipated when the decade began.
Our collection captures this pivotal moment when automobiles transformed from mechanical conveniences into sophisticated machines that balanced performance, safety, comfort, and beauty. The Depression-era cars in our museum aren't just survivors of a difficult time; they're testaments to what human ingenuity can achieve even in the darkest circumstances. They represent both the casualties of economic collapse (Pierce-Arrow, Auburn-Cord-Duesenberg) and the triumph of companies that emerged stronger through adaptation.
Visit us to see these remarkable machines up close and experience the decade that changed automotive history forever. And join us next month when we explore the 1940’s and their impact on the Automotive industry.
Automobiles through the decades Part 2: 1920 to 1929 The Roaring 20s
The 1920s, famously known as the Roaring 20s, began with the adoption of two pivotal amendments to the United States Constitution that would reshape American society. This vibrant era was characterized not only by the energetic rhythms of jazz music and the spread of modern ideas in bustling urban centers, but also by profound, quieter shifts occurring across the nation.
With the ratification of the 19th Amendment, women gained the right to vote and soon sought additional forms of independence, most notably the ability to drive. Freed from reliance on public transportation or male relatives, women embraced the automobile as a symbol of autonomy. Cars enabled them to travel independently for work, education, or leisure. The rise of women’s motor clubs, female stunt drivers, and racers underscored a new wave of empowerment and mobility for women. This spirit is epitomized by Mariette Hélène Delangle (also known as Hellé Nice), a French dancer who became a race car driver. She competed in many events and quickly became a household name in France.
One vehicle that encapsulates this transformative period is the 1928 Franklin Airman Sport Tourer, now preserved at the Tucson Auto Museum. With its sleek, lightweight construction and advanced technology, the Franklin especially appealed to women who were new to driving. It featured an air-cooled engine, easy gear shifting, and a comfortable design, making the car both accessible and inviting. Automobile manufacturers began marketing cars as symbols of possibility and self-determination, rather than mere mechanical strength. This surge in female independence on the road mirrored another revolution taking place across America’s backroads.
During the Prohibition era, which began with the passage of the 18th Amendment in 1920, a different story unfolded. Instead of curbing alcohol consumption, Prohibition spurred a thriving underground economy and introduced the bootlegger, a daring new type of driver. Men and women alike navigated rural roads in modified vehicles, evading law enforcement under the cover of darkness while transporting cars packed full of illegal goods. These drivers relied on skill and specially tuned vehicles that appeared “stock” but concealed enhanced suspensions, powerful engines, and hidden compartments for smuggling. When not fleeing authorities, many bootleggers raced each other on improvised tracks. Necessity became sport, laying the foundation for a unique American racing culture. This rebellious spirit would echo decades later in professional racing, epitomized by legends such as Dale Earnhardt. The #3 car on display at the Tucson Auto Museum pays tribute to this legacy.
Automobiles in the 1920s were also intertwined with themes of power, extravagance, and status, especially among movie moguls, titans of business, the elite, and the notorious. While bootleggers sped along remote routes, city streets showcased the opulent Duesenberg, a masterpiece of engineering. The Duesenberg stood in stark contrast to the flapper’s vehicle of freedom or the bootlegger’s workhorse, representing the pinnacle of luxury and distinction. Despite their differences, each of these vehicles played a role in shaping the era.
The Tucson Auto Museum's 1929 Duesenberg Model J Arlington Sedan is a perfect example of this American automotive icon. First, there was the raw power of the vehicle. The Duesenberg-designed straight 8 engine, with dual overhead cams, generated 265 horsepower, a setup that would be considered exotic for decades to come. In comparison, Model A Fords puttered around with a mere 40 horsepower. While the Big Three moved toward mass marketing and manufacturing with limited options, Duesenberg still allowed buyers to purchase a bare chassis and running gear. Owners then went to a third party for custom coachwork, and at that point the sky was the limit. However, this luxury did not come cheap; a car like that could cost upwards of $13,000, compared to the Ford Model A at $500.
Behind the scenes of newfound freedom, intrigue, and status, the automobile industry experienced explosive growth. Ford, General Motors, and Chrysler emerged as the “Big Three” auto manufacturers, transforming cars from luxury items into household necessities. In 1920, there were over 90 automobile manufacturers in the United States. By 1929, the Big Three controlled over 75% of the market. While consolidation brought efficiency and lower prices, it also meant less diversity in design and fewer choices for consumers seeking something unique.
New businesses sprang up to serve the increasing number of motorists, including gas stations, car repair shops, motels, convenience stores, and roadside restaurants. Technical innovations flourished—most notably, the four-wheel hydraulic brakes developed by Duesenberg, which were widely adopted by the late 1920s. Open touring cars gradually gave way to closed body styles, providing better protection from the elements and greater comfort for year-round driving.
The Tucson Auto Museum’s collection is more than a display of vintage cars; it preserves fragments of a broader American story. Each vehicle reflects the ambitions and experiences of individuals who shaped the nation’s future, whether young or old, law-abiding or rebellious, cautious or daring. The automobile stands as a vessel of change—a monument to freedom, risk, and the journey that shaped American society. Standing beside Dale Earnhardt’s #3, admiring the polished lines of the 1928 Franklin, or imagining a gangster cruising in a gleaming Duesenberg, it’s clear these machines are more than mere vehicles. They are storytellers—silent engines of transformation and lasting monuments to the spirit of the road. That spirit would face its greatest test in the decade to come. Next month we will look at the 1930’s, we will examine how the automotive industry navigated the Great Depression and adapted to the growing clouds of war.
Automobiles Through the Decades - 1910 to 1920: America Gets Its Wheels
Over the next several months, we will embark on a century-spanning journey through the Tucson Auto Museum’s collection. Each decade from 1910 through 2010 will be examined to answer one of automotive history’s most puzzling questions: Did society shape the car, or did the car shape society? I’ll give you a little hint—the answer is both, and the story of how is more fascinating than you might expect.
TAM’s 1913 Model T
In the second decade of the 20th century, America was quite literally on the move. From dirt wagon tracks to the beginnings of a national highway system, a growing population was discovering the freedom of the open road. At the heart of this transformation stood one car: the Ford Model T. The 1913 Touring car in our collection is proudly displayed at the Tucson Auto Museum (TAM). It is more than just a vehicle; it is a rolling artifact of how the automobile reshaped American life.
This pioneering vehicle wasn’t just a car; it was a machine designed for accessibility. When Henry Ford implemented the moving assembly line in 1913, the price of the Model T dropped significantly, putting car ownership within reach for many working Americans. Ford's system transformed car manufacturing from a craft into an industry, reducing production time from half a day to just 1 1/2 hours. TAM’s example reflects this simplicity—an engineering philosophy that helped democratize travel.
While the Model T made ownership possible, its success wasn’t just about affordability. Standardized gasoline-powered internal combustion engines had by then proven superior to steam and electric rivals, thanks to their greater range and convenience. Innovations in ignition systems, multi-cylinder layouts, and improved carburetors made cars more dependable, and the Model T benefited from every bit of that progress.
With more Americans climbing behind the wheel, ride comfort became important so that Americans would enjoy the drive and use them regularly. Pneumatic tires—air-filled rubber marvels—replaced solid wheels. Suspension systems, including early versions of shock absorbers and trusty leaf springs, did their best to keep passengers comfortable on often-unpaved roads. Alongside the scarlet Touring car, the Museum’s early vehicles reflect a moment when cars were transitioning from daring adventures into daily tools.
As Americans embraced their newfangled machines, society scrambled to create rules for this brave new world. As cars became a fixture of American life, towns and cities grappled with an entirely new set of challenges, “The Rules of the Road”. Imagine a world in which there are no stop signs, no traffic lights, and no speed limits. This was the world before 1910. All these things and more had to be developed to regulate the automobile. These early steps foreshadowed the more sophisticated road rules to come, as society raced to keep up with its new machines.
And race it did. In 1913, there were about 1.3 million vehicles on American roads; by 1920, that number had exploded to over 8 million. The cultural and logistical impact of this boom was staggering. Roads were improved, thanks in part to the “Good Roads Movement,” which was supported by automakers and bicyclists alike. With the growth of car dealerships, financing plans emerged, fostering a true consumer marketplace for vehicles. Through the lens of TAM’s early automobiles, particularly this Ford icon, visitors can trace not just mechanical innovations, but the beginnings of a cultural transformation.
Yet not all the changes were positive. As cars proliferated, so did accidents. Between 1910 and 1920, child fatalities from automobile accidents were alarmingly common. Though exact statistics are difficult to come by, studies show that in cities like New York and Chicago, automobiles quickly became a leading cause of death among children. In the absence of modern traffic laws and pedestrian safety measures, young lives were often lost in tragic encounters with the new machines barreling down city streets.
Amid these sweeping societal shifts, the Model T’s design was evolving too, but not always in the way people expect. The myth that all Model Ts were black stems from the period between 1914 and 1926, when Ford limited paint options to black. The reason for the change to all black only is debated in history. The commonly accepted reason is that black was the only color that dried fast enough to keep up with the assembly line. This makes sense from a timing perspective. But cost of the paint, operation efficiency and durability are also potential reasons for the limitation after 1914. Earlier models, including the Tucson Auto Museum’s 1913 Touring car, came in a variety of colors. Ours is red, which is likely NOT the original color. The only standard color available in 1913, a year before the black-only mandate was handed down, was a dark blue. While a few T’s went to market dressed in other colors that year, it is unlikely ours was originally red. Prior to 1913, red, green and gray were common.
Taken together, these innovations and transformations represent more than a leap in transportation technology. They tell the story of America coming into its own, one wheel at a time. And the next time you see TAM’s scarlet Touring car gleaming under museum lights, remember you are not just looking at a car, but at the nation’s first steps toward modern mobility and those steps would soon break into a full sprint in the decade to come.
One Man and His Plan - Part Three: John D. Delorean and his time-traveling wonder
Part three of TAM’s series of articles about incredible visionaries and their cars that were meant to revolutionize the automotive industry but failed.
John DeLorean: The Rise, Fall, and Silver Screen Resurrection of a Dreamer
Few figures in automotive history have captured the imagination quite like John Z. DeLorean — the maverick engineer, executive, and visionary who dared to challenge Detroit’s status quo. His story is a blend of brilliance, ambition, controversy, and redemption — a real-life drama that could only end with his car becoming a Hollywood legend.
The Golden Boy of General Motors
In the 1950s and ’60s, John DeLorean was one of the brightest stars in the American auto industry. A gifted engineer with a flair for marketing, he rose quickly through the ranks at General Motors. By age 40, he was the youngest division head in GM history, credited with creating one of the most iconic muscle cars ever built: the Pontiac GTO.
But DeLorean was never a typical corporate executive. With his tailored suits, long sideburns, and celebrity friends, he looked more like a movie star than an engineer. He dreamed of doing things differently — of building a car company that valued innovation, safety, and design over conformity and cost-cutting.
The Dream of the DMC-12
In 1973, DeLorean left GM to chase his vision: to create the world’s most advanced sports car under his own name. The DeLorean Motor Company (DMC) was born. His car, the DMC-12, featured a stainless-steel body, gull-wing doors, and a futuristic wedge-shaped design that turned heads everywhere it went.
Production began in 1981 in Northern Ireland — a bold move fueled by government subsidies and DeLorean’s relentless optimism. But the dream soon collided with harsh realities. Manufacturing delays, cost overruns, and a global recession plagued the project. The car’s performance didn’t match its looks, and the company teetered on the edge of financial ruin within a year.
Scandal and Struggle
In 1982, just as DMC was collapsing, DeLorean was arrested in a high-profile drug trafficking sting, accused of attempting to finance his struggling company through cocaine deals. The shocking images of the once-celebrated executive in handcuffs seemed to mark a tragic end.
However, in 1984, DeLorean was acquitted of all charges, after successfully arguing that he had been entrapped by government agents. Though legally vindicated, his reputation and company were beyond repair. The DeLorean Motor Company folded, leaving behind roughly 9,000 cars — and a legacy of “what could have been.”
Back to the Future — Literally
Just a few years later, DeLorean’s dream car found new life in the unlikeliest of places: Hollywood. When “Back to the Future” premiered in 1985, the stainless-steel DMC-12 became the world’s most famous time machine. The film immortalized the car — and, by extension, its creator — as symbols of innovation and imagination.
Today, surviving DeLoreans are prized collector’s items, with dedicated clubs and restoration shops keeping them on the road. The car’s blend of 1980s futurism and movie magic continues to captivate fans around the world.
A Legacy Forged in Steel
John DeLorean’s story is one of ambition and audacity — proof that chasing a dream can sometimes come at great cost, but can also leave an indelible mark. His stainless-steel sports car may have failed as a business venture, but it succeeded in becoming an icon. In the end, DeLorean achieved what few ever do: he built something unforgettable.
🚗 Museum Connection
At the Tucson Auto Museum, we celebrate visionaries like John DeLorean — people who refused to accept “the way things are” and instead reshaped automotive history through sheer determination. While we don’t all get to travel through time in a stainless-steel car, we can travel back in time by exploring the design, engineering, and spirit of innovators like DeLorean inside our galleries. Our 1981 example of the Delorean captures the spirit and excess of the ‘80s.
🕒 Did You Know?
Only about 9,000 DeLoreans were built — and more than 6,000 still exist today, thanks to dedicated owners and parts suppliers.
Every DeLorean left the factory unpainted, showing off its brushed stainless-steel panels.
The car’s gull-wing doors were designed by the same engineer who helped develop the Mercedes 300SL’s doors in the 1950s.
A new company in Texas is now reviving the DeLorean name with modern electric concepts inspired by the original DMC-12.
One Man and His Plan - Part Two: Earl “Madman” Muntz and his Muntz Jet
Part 2 of TAM’s series exploring the audacious failures in the history of the automotive industry is a fun read. Enter the “mad” world of Earl Muntz,..
Earl “Madman” Muntz: The Car Salesman Who Tried to Out-Cadillac Cadillac
If Elon Musk and P.T. Barnum had a child in 1914, and that child grew up with a fondness for convertibles, televisions, and outlandish advertising stunts, you’d get Earl “Madman” Muntz. A larger-than-life pitchman, tinkerer, and self-taught engineer, Muntz is one of those glorious characters in American history whose name should be better known. Not because everything he touched turned to gold—quite the opposite, in fact. He’s remembered because he thought big, crashed hard, and did it all with a grin.
The Origin of the “Madman”
Earl Muntz started out selling used cars in the 1930s and ’40s, where he quickly realized that bland pitches don’t move metal. He slapped on a nickname—“Madman”—and ran loud, outrageous radio and newspaper ads that made him sound like he’d lost his marbles. His slogan was simple: prices so low, he must be insane! Crowds loved it. In an era when car dealers were stiff and serious, Muntz leaned all the way into carnival-barker energy.
He wore outlandish suits. He shouted about bargains. He plastered “Madman Muntz” everywhere. The gimmick worked so well that by the mid-1940s, he was one of America’s best-known car dealers. And then he did something no one expected: he moved from hustling cars on the lot to building one of his own.
Enter the Muntz Jet
The Muntz Jet was born in 1950, a postwar fever dream made of chrome, horsepower, and audacity. Muntz bought the rights to a short-lived sports car called the Kurtis Kraft, stretched it into a four-seater, and gave it the kind of styling that screamed, “Hollywood leading man.” The Jet had sleek lines, a long hood, and was stuffed with luxury touches like leather interiors and even seatbelts—long before Detroit thought they were necessary. There was even a liquor cabinet in the backseat, because it was the 50’s and why not?
The performance? Depending on the V8 under the hood (Cadillac at first, Lincoln later), the Muntz Jet could hit 150 mph. That made it one of the fastest production cars in the world at the time. It was, in essence, America’s first personal luxury sports car, a genre that wouldn’t really take off until Ford birthed the Thunderbird and GM rolled out the Corvette.
But while those corporate giants had entire factories, Muntz had… a rented building, a small crew, and his own checkbook. And that’s where things went sideways.
Why the Jet Never Took Off
Each Muntz Jet cost about $6,500 to build. Muntz sold them for around $5,500. You don’t need an MBA to see the problem. For every Jet sold, Muntz lost money—up to $1,000 a pop. That’s a business model even Tesla might blush at.
Still, the Jet attracted celebrities like Mickey Rooney and Mario Lanza, and it became a status symbol for the Hollywood set. But by 1954, only about 400 Jets had been built, and Muntz pulled the plug before he went completely bankrupt. Today, surviving Jets are prized collectibles, valued as much for their rarity as for the sheer audacity of the man who built them.
Not Just Cars: The Other Madman Inventions
Muntz didn’t stop with cars. His knack for being just ahead of the curve (and sometimes tripping over it) showed up in other industries:
Television: Muntz launched a line of affordable TV sets in the late 1940s, bringing the boob tube to middle-class living rooms before RCA or Zenith could dominate. He was credited with “Muntzing,” a process of simplifying electronics by stripping out non-essential parts to cut costs.
8-Track Precursor: He marketed the “Muntz Stereo-Pak,” a 4-track car stereo system that directly inspired the 8-track cartridge format of the 1960s. For a while, if you wanted to blast Sinatra in your convertible, you probably had Muntz to thank.
Why We Love the Madman
Was Earl “Madman” Muntz a genius? A huckster? A visionary? The answer is yes. He embodied a uniquely American mix of optimism, bravado, and disregard for balance sheets. While his Jet was a commercial flop, it paved the way for the idea that an American sports-luxury car could compete with Europe’s best.
Today, when you see a Muntz Jet, you’re not just looking at a car. You’re looking at the physical embodiment of a man who refused to think small. A man who believed that if you shouted loud enough, believed hard enough, and chrome-plated enough, you could bend the market to your will.
It didn’t quite work. But it sure was fun to watch.
One Man and His Plan - Part One: Gary Davis and the Davis Divan
“One Man and His Plan” - Part One, Gary Davis and the Davis Divan. Jump into the first in a series of articles about past automotive visionaries and their unique contributions to technology, culture, folklore and more.
The Three-Wheeled Dream That Almost Was
The 1948 Davis-Divan. The first “production” Davis, now in the Tucson Auto Museum collection
When you think of revolutionary car companies founded by a single visionary, names like Tucker naturally spring to mind. But history is peppered with lesser-known pioneers whose bold dreams nearly reshaped the automotive world — men who dared to defy convention, engineer the impossible, and race against the clock in post-World War II America’s feverish landscape of innovation.
Enter Gary Davis and his brainchild, the Davis Divan.
Born in 1915, Gary Davis was an engineer and entrepreneur with a flair for the unconventional. After serving in World War II, he returned to civilian life determined to create a vehicle unlike any other: affordable, efficient, and futuristic. His answer was the Davis Divan, a daring three-wheeled car with an eye-catching streamlined aluminum body and a unique seating arrangement for four passengers side-by-side. Most of the Divans were powered by 2,600 cc (160 cu in), inline 4-cylinder Continental engines capable of producing 63 hp (47 kW). Others, including both the D-1 "Baby" and D-2 "Delta" prototypes, as well as the TAM example pictured (which is the third one ever made), were instead fitted with 47 hp (35 kW), four-cylinder Hercules industrial engines.
Davis touted the Divan’s innovative features — including its monocoque aluminum chassis, a fiberglass roof, and a top speed of around 100 mph — as proof that his design was ahead of its time. The car’s striking aerodynamic shape was not just for show; it helped reduce drag and improve fuel efficiency, appealing to the postwar American consumer’s desire for modernity and thrift.
