What is *A Brief History of Motion* by Tom Standage about?

*Tom Standage* explores 6,000 years of transportation evolution, from the wheel’s invention to modern autonomous vehicles, revealing how mobility innovations shaped societies. The book ties ancient practices (like Roman traffic management) to today’s challenges, such as car dependency and urban sprawl, while speculating on a future dominated by shared, electric, and self-driving transport.

Who should read *A Brief History of Motion*?

History enthusiasts, urban planners, and technology adopters will gain insights into how transportation shaped civilizations. Environmental advocates will appreciate critiques of car-centric societies, while casual readers enjoy Standage’s engaging anecdotes, like the *Laufmaschine* (a pedal-less bicycle precursor).

Is *A Brief History of Motion* worth reading?

Yes. Critics praise its blend of historical depth and timely analysis, noting Standage’s “burnished prose” (*Wall Street Journal*) and ability to contextualize modern debates about sustainable transport. However, some highlight omissions, like minimal discussion of car racing or particulate emissions’ health impacts.

What are the key themes in *A Brief History of Motion*?

- **Social stratification**: Early wheeled vehicles symbolized elite status, mirroring modern car culture. - **Urban adaptation**: Cities expanded with each transit innovation, yet commute times remained ~30 minutes. - **Sustainability**: Standage argues for rethinking car ownership to reduce congestion and emissions.

How does *A Brief History of Motion* explain the wheel’s delayed adoption?

Despite being invented ~5,500 years ago, wheels were initially impractical without smooth roads. Standage notes their use shifted from pottery to transport only once infrastructure and domesticated animals (like oxen) enabled widespread use.

What historical parallels does Standage draw between ancient and modern transit?

Roman cities used one-way streets and pedestrian zones, akin to modern traffic calming. Similarly, 19th-century debates about horse manure pollution foreshadowed today’s emissions crises.

What critiques does *A Brief History of Motion* face?

Reviewers cite limited analysis of racing culture and underemphasis on health impacts from car exhaust (linked to ~400,000 annual deaths). Others desire deeper exploration of public transit’s future.

How does *A Brief History of Motion* address future transportation trends?

Standage envisions a shift from private cars to shared, electric, and autonomous vehicles. He highlights bike-sharing prototypes and “mobility-as-a-service” models as steps toward sustainable cities.

Weltgeschichte auf zwei Rädern

Vom Rad zum Auto und darüber hinaus

Tom Standage

3.8(625 Reviews)

Überblick über Weltgeschichte auf zwei Rädern

Von Rädern bis hin zu autonomen Fahrzeugen zeichnet „A Brief History of Motion“ nach, wie der Verkehr Städte, soziale Normen und sogar Geschlechterrollen umgestaltet hat. Standage enthüllt, wie das Überqueren der Straße abseits von Kreuzungen illegal wurde und warum der Klimawandel unsere jahrhundertelange Liebesaffäre mit dem Auto schließlich beenden könnte.

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Kapitel 1

The Wheel of Progress: How Cars Shaped Our World and What Comes Next

Picture this: you're walking down a nineteenth-century city street, your shoes sinking into a foul mixture of mud, horse urine, and manure. The stench is overwhelming as hundreds of thousands of horses produce mountains of waste daily-22 pounds of manure and a quart of urine per animal. Dead horses litter the streets, sometimes left to rot for days. This wasn't some medieval nightmare but the reality of major Western cities in the 1890s, where societies had become utterly dependent on horses-one per ten people in Britain and one per four in America. This "great horse-manure crisis" created an environmental disaster that seemed unsolvable until the automobile arrived, promising clean, efficient transportation. Yet this solution created entirely new problems that we're still grappling with today. As we face another transportation revolution with electric vehicles, ride-sharing, and autonomous cars emerging, understanding how we got here might be our best guide to navigating what comes next. Tom Standage's exploration of transportation history reveals how seemingly minor decisions shaped our world in profound ways-and how we might avoid repeating past mistakes.

Kapitel 2

The Ancient Revolution of the Wheel

The wheel, often celebrated as humanity's greatest invention, didn't immediately transform society as we might imagine. Despite its apparent obviousness to modern observers, wheeled vehicles faced significant resistance throughout history. While traditionally thought to originate in Mesopotamia around 3500 BCE, archaeological evidence suggests wheels may have emerged simultaneously across northern and eastern Europe, complicating the narrative of a single point of origin. Early European wagons served primarily agricultural purposes with limited range due to their lack of steering mechanisms. Meanwhile, the nomads of the Pontic steppe transformed wagons into mobile homes, creating a tradition of wagon nomadism that persisted for millennia. In Mesopotamia, four-wheeled wagons found military and ceremonial uses, depicted in the Royal Standard of Ur (2600 BCE) as battle platforms carrying warriors. These vehicles combined "locomotion with social elevation," raising rulers above their subjects-an early example of vehicles as status symbols. Around 2000 BCE, a revolutionary innovation appeared: the two-wheeled chariot with spoked wheels. These lighter, faster vehicles pulled by horses rather than oxen could reach unprecedented speeds of up to 25 mph at gallop. The Hittites pioneered lightweight military chariots, conquering most of Anatolia by 1700 BCE. Their success prompted adoption by neighbors including the Egyptians, who began using wheels for the first time. The Battle of Kadesh in 1274 BCE involved an astounding 5,000 chariots and over 50,000 soldiers-the largest chariot battle in history. Chariots became powerful symbols of royal status, with rulers buried alongside these expensive vehicles. However, their battlefield supremacy didn't last-cavalry units proved more agile on uneven terrain. At Gaugamela in 331 BCE, Alexander the Great's forces easily defeated Darius III's scythed chariots, marking their obsolescence. Though they disappeared from battle, chariots maintained their association with divine status, appearing in ceremonial processions and evolving into popular entertainment through Roman chariot racing. The Romans, while abandoning chariots on the battlefield, embraced practical wheeled vehicles for military logistics and commerce. They developed an extensive road network beginning with the Via Appia in 312 BCE and pioneered traffic management. Julius Caesar's Lex Julia Municipalis in 45 BCE allowed vehicles in Rome only from dusk until dawn to avoid daytime congestion-perhaps the world's first traffic regulation. Pompeii implemented an innovative system of alternating one-way streets similar to modern Manhattan, as revealed by wear patterns on curbstones. The Romans struggled with the same fundamental challenge we face today: balancing vehicle efficiency with pleasant pedestrian environments.

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Kapitel 3

The Rise of Carriages and the Social Order

Following the triumph of cavalry over chariots, rulers presented themselves as heroic equestrians rather than charioteers. The golden-bronze statue of Emperor Marcus Aurelius from 176 CE depicts him triumphantly astride a horse-the only dignified posture for a Roman leader. While men rode horses, wheeled vehicles became associated with elite Roman women, starting when the Senate granted special permission for emperors' wives to ride in ornate carpentums with silk curtains. After Rome's fall, this disdain for wheels persisted across Europe, with high-ranking men embracing the knightly ideal. Ninth-century scholar Einhard mocked earlier Frankish kings who rode in ox-drawn carts as peasant-like, while praising Charlemagne for properly riding horseback. By 1250, knight farrier Jordanus Ruffus declared horses the noble animal that separated aristocrats from commoners. The medieval disdain for wheeled transport is perfectly illustrated in Chretien de Troyes' twelfth-century poem "The Knight of the Cart," where the legendary Lancelot suffers humiliation by riding in a cart-a mode of transport associated with criminals. Meanwhile, elite women traveled in enclosed, four-wheeled wagons with Roman-innovated steerable front wheels, driven by non-elite men. By 1500, wheeled vehicles were mainly lowly agricultural carts or had disappeared entirely from regions like North Africa and the Middle East. But the sixteenth century witnessed a revolution in European attitudes toward wheeled transport, triggered by the Hungarian kocsi (coach). The coach's military connection likely sparked this transformation-Hungarian commanders had developed "wagon forts" by chaining wagons together as mobile defensive fortifications equipped with gunports, making armored knights suddenly seem obsolete. By 1560, Antwerp boasted over five hundred coaches while London and Paris had just a handful. Coaches quickly became royal status symbols, with monarchs exchanging them as prestigious gifts. The first coach in England was reportedly built by Walter Rippon in 1555, who later created "the first hollow turning coche" for Queen Elizabeth I. The question of which side of the road to drive on wasn't formalized until the eighteenth century. In France, aristocrats rode on the left while commoners used the right-until the French Revolution, when aristocrats switched to the right to avoid attention. In 1794, right-side driving became compulsory, and Napoleon enforced this rule across conquered territories. Countries outside his influence, like Britain, Portugal and Sweden, continued left-side driving (though Portugal and Sweden later switched). The concept of shared urban carriages first appeared in Paris in the 1660s, created by mathematician and philosopher Blaise Pascal. His "carrosses a cinq sols" (five-penny coaches) could seat eight passengers along fixed routes. Though initially popular, class concerns quickly restricted them to "bourgeoisie and people of merit," and the service folded by 1675. The idea was revived in the 1820s with Stanislaus Baudry's "omnibuses" (Latin for "for all"). His Paris operation, launched in 1828 with permission for 100 omnibuses on ten routes, was immediately profitable. The omnibus democratized transport, primarily serving the middle class but sometimes subsidized for poorer workers, creating "commuted" fares that gave us the term "commuters." A French commentator called the omnibus a "sanctuary of equality," while in Britain, the hypothetical "man on the Clapham omnibus" became the legal standard for an ordinary, reasonable person. After five thousand years since the wheel's invention, the omnibus finally made wheeled transport accessible to ordinary people.

Kapitel 4

The Steam and Bicycle Revolutions

The nineteenth century transformed land transport more dramatically than the previous five millennia combined. In 1800, wooden vehicles pulled by animals represented the height of transportation technology, but new materials and propulsion methods would soon create entirely new vehicle types through two revolutionary inventions: the steam train and the bicycle. While the ancient Greeks understood steam power conceptually, practical applications only emerged in the eighteenth century. Thomas Newcomen's stationary steam engine of 1712 pumped water from coal mines but was massive and inefficient. James Watt significantly improved this design in 1763 by adding a separate condensing chamber that halved coal consumption and modified the engine to produce rotary motion rather than just pumping action. The first steam-powered vehicle attempt came from Nicolas-Joseph Cugnot, who built a steam wagon for the French army in 1769. Richard Trevithick took a different approach with his 1801 four-wheeled vehicle. His "Puffing Devil" made its maiden journey up Camborne Hill in Cornwall on December 24, 1801, carrying several passengers-the first time humans had traveled under mechanical power. Recognizing steering difficulties on uneven roads, Trevithick pivoted to rail-based vehicles. In 1804, he demonstrated the first steam railway journey in history, hauling ten tons of iron and seventy men. Though the locomotive damaged the rails and leaked on the return journey, Trevithick had proven the concept's feasibility. The Liverpool and Manchester Railway opened in 1830 and, despite a tragic accident during its inaugural run, became an immediate financial success-especially for passenger transport. This triggered railway investment across Britain and beyond, transforming urban development by allowing people to live farther from workplaces. Railways redefined national geography by dramatically reducing travel times between cities, standardizing timekeeping, and enabling unprecedented travel speeds. Rather than reducing dependence on horses, railways actually increased it, as horse-drawn vehicles were needed to transport people and goods to and from stations. The number of horse-drawn cabs in London increased tenfold between 1830 and 1900, making the railway age "the greatest age of the horse." While steam power offered one approach to horseless transportation, some inventors explored human-powered alternatives. Karl von Drais created a two-wheeled wooden vehicle resembling a bicycle without pedals-the Laufmaschine ("running machine"). In June 1817, he rode this contraption from Mannheim to Schwetzingen and back, covering eight miles in about an hour by pushing with his feet while balancing and steering with handlebars. To publicize his invention, Drais completed a forty-mile journey in four hours. His device became known as the "draisine" and was patented under the name "velocipede" in France. English knockoffs were called hobbyhorses or dandy chargers. A velocipede craze swept American cities in summer 1819, with rental opportunities and riding lessons available in public parks. The breakthrough revival came in the 1860s with the addition of pedals fixed to the front wheel, allowing riders to drive the wheel directly rather than pushing against the ground. By 1865, French dictionaries were describing "modern velocipedes" with pedals. Initially appearing on safer three-wheelers, pedals were definitely being used on two-wheeled velocipedes by April 1866, sparking renewed interest in what would become the modern bicycle. The convergence of railway speed and bicycle-like personal mobility became the driving force behind automobile development. While early attempts at steam wagons in the 1830s failed due to rough roads and restrictive legislation, the breakthrough came from internal combustion engines. Etienne Lenoir's gas-burning engine inspired Nikolaus Otto to develop more efficient designs that burned petroleum spirit. His employees Gottlieb Daimler and Wilhelm Maybach saw transportation potential and developed smaller, faster engines, creating the first motorcycle in 1885 by attaching their engine to a bicycle. Simultaneously, Carl Benz was developing his own vehicle. Rather than modifying an existing conveyance, Benz built his three-wheeled Motorwagen around an internal combustion engine from scratch, creating what's considered the first true automobile in 1886. By the 1890s, cities were reaching the environmental limits of horse-powered transportation. The manure problem had become unmanageable. New York's fourteen manure dumps often stored waste for months before selling it as fertilizer, but in the 1880s, oversupply caused prices to collapse, making disposal even more difficult. The automobile seemed to arrive just in time to free cities from equine dependency.

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Kapitel 5

The Birth of the Automobile Age

The first person to use an automobile in a modern way was Bertha Benz, who in 1888 took her husband's three-wheeled Motorwagen on a 65-mile journey with her two teenage sons. Without telling Carl Benz, she set out to prove his invention could handle long-distance travel. Along the way, she refilled the carburetor with ligroin from pharmacies, topped up water from streams, used her hatpin to unblock a fuel line, employed her garters to plug a leaky valve, and had a cobbler add leather to improve the brakes. This pioneering road trip led to several improvements in the Motorwagen and gave Benz confidence to commercialize his invention. The modern automotive era began with a race organized by Le Petit Journal in 1894. Rather than testing speed, this competition would judge vehicles on safety, ease of use, and economy-determining which propulsion system (steam, electricity, or petrol) was most practical. Of 102 registered entrants, only 26 showed up in Paris, all powered by either steam or petrol engines. On July 22, 1894, twenty-one vehicles departed Paris for the 79-mile journey to Rouen, cheered by thousands of spectators. Count de Dion's steam tractor led the pack, arriving first at the halfway point in Mantes. Despite some mishaps-seven dogs run over, one cyclist injured, and several vehicles suffering damage-seventeen of the twenty-one starters completed the journey. Though Count de Dion finished first, he received only second prize because his steam vehicle required a skilled mechanic and was expensive to operate. The first prize was shared by Peugeot and Panhard et Levassor, whose petrol-powered vehicles "came closest to the ideal." By 1900, automobiles had become common enough to provoke widespread social friction. Wealthy motorists like William K. Vanderbilt II exemplified the "automotive frenzy" that turned otherwise respectable people into reckless drivers. Rural hostility toward motorists was intense, with farmers employing tactics like throwing stones, sprinkling nails on roads, digging ditches across highways, and even plowing up roads entirely. German motorist handbooks recommended carrying weapons for protection. Rather than outright bans, most jurisdictions responded with regulations-vehicle registration, driver licensing, speed limits, and penalties for reckless driving. Ultimately, it wasn't laws but familiarity and affordability that changed attitudes, as cars became accessible to more people. This transformation happened first in America, thanks largely to one revolutionary vehicle: the Ford Model T.

Kapitel 6

The Democratization of the Automobile

In 1908, automobiles remained expensive status symbols, with American-built cars averaging $2,834 (about $80,000 today) and imported European models averaging $6,730 (about $200,000 today). Car advertisements emphasized social cachet, depicting wealthy owners in formal dress attended by chauffeurs at high-society engagements. When Ford introduced the Model T in October 1908, it broke with convention by emphasizing practicality and affordability rather than status. Priced at "the hitherto unheard of price of $850," the advertisement featured plain text and showed the car alone without social context, positioning it as a "universal car" for anyone. Henry Ford saw an opportunity to create a vehicle combining touring car power with runabout affordability. His solution was using vanadium steel-a strong but lightweight alloy new to America-to build a car that was powerful without being large or heavy. Ford revolutionized manufacturing with the moving assembly line, reducing production time from twelve hours to ninety-three minutes per car. Paying higher wages ($5 for an eight-hour day) actually cut costs by reducing employee turnover. With average U.S. earnings at $335 in 1914, Ford workers making $1,250 annually could afford the cars they built. Though initially offered in various colors, the Model T was standardized to black in 1914-not because it dried faster (a common myth) but because it was cheapest. By 1921, the Model T accounted for 57% of world automobile production. America embraced cars faster than anywhere else, with ownership increasing thousandfold between 1900-1920. The efficiency that made the Model T revolutionary ultimately became its downfall, as Ford's refusal to update its design left it looking old-fashioned while competitors offered better performance, comfort and styling. General Motors pioneered a new approach to car marketing that transformed the industry. By 1927, GM's color revolution had almost eliminated black cars in favor of "warm, appealing, beautiful harmonies" that aligned with fashion trends. Harley J. Earl, who learned his craft customizing cars for Hollywood stars, created the LaSalle for Cadillac, drawing inspiration from European luxury cars. His success led GM to establish the industry's first dedicated design department, which pioneered tail fins, clay modeling, and concept cars. While GM emphasized style and prestige, Ford's aging Model T lost market share, falling to 30% by 1926. Ford finally introduced the more modern Model A in 1928 with installment plans and color options, but GM had already become the world's leading carmaker. GM's approach of offering multiple brands at different price points became the industry standard, with Chrysler and eventually Ford adopting similar strategies. Alfred Sloan's reorganization of GM created the template for the twentieth-century multidivisional corporation, making GM the world's largest company, accounting for over half of America's automobile market. The GM model of "you are what you drive," with its emphasis on design, annual updates, credit purchasing, and frequent upgrades, became the foundation of American consumerism across industries. This approach to market segmentation and advertising created the template for American consumerism beyond just the auto industry. Their pioneering strategies-offering products at different price points under various brands and making annual design changes to make previous models look dated-became standard practice across industries from appliances to electronics.

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Kapitel 7

The Battle for the Streets

On September 13, 1899, Henry H. Bliss became the first pedestrian killed by an automobile in the United States when he was struck while exiting a streetcar in New York. The driver, Arthur Smith, was arrested but later released when the death was deemed unintentional. This wasn't the first such fatality globally-Bridget Driscoll had been killed by a car in London in 1896. As automobiles proliferated in the early twentieth century, so did deaths, rising from 36 in 1900 to 11,000 by 1920. Several factors contributed: cars were faster and less predictable than horse-drawn vehicles, drivers were inexperienced with no licensing requirements, and streets were transitioning from shared public spaces to thoroughfares increasingly dominated by motorized vehicles. Most early automobile fatalities were pedestrians, particularly children. Despite drivers facing fines and manslaughter charges, the death toll continued rising. Public outrage manifested in hostile newspaper coverage that portrayed drivers as "killers" or "murderers" and cars as "juggernauts" or "speed-monsters." Safety campaigns emerged across America by 1923, with local chambers of commerce, police, Boy Scouts, schools, churches, and newspapers working together with safety councils and auto clubs. William Phelps Eno, an eccentric billionaire who inherited his fortune in 1899, pioneered traffic regulation in New York beginning in 1900. Despite lacking formal qualifications, Eno established himself as an expert in "scientific" traffic management with his motto "ex chao ordo" (order from chaos). His 1903 pamphlet "Rules of Driving" formalized customs like driving on the right and passing on the left, but also introduced the innovative "outside left turn" where drivers would turn around an imaginary central point rather than cutting corners. The first traffic light appeared on London's Westminster Bridge in 1868, using semaphore arms and colored gaslights (red for "stop," green for "caution") to protect pedestrians. It exploded within a month due to a gas leak. America revived traffic signals in the early 1900s as car ownership exploded and congestion worsened. Cleveland installed the first electric traffic light in 1914, borrowing railway signaling colors but with green now meaning "go" rather than "caution." Detroit police officer William Potts added an amber light in 1917 to warn of impending changes. The car industry, facing declining sales, mobilized against pedestrian-friendly regulations. When Cincinnati residents petitioned for mandatory speed governors, the industry created a front organization to defeat the measure. In 1923, the National Automobile Chamber of Commerce formed a safety committee that, along with the American Automobile Association, launched campaigns to "educate pedestrians" rather than drivers. They weaponized the term "jaywalker"-originally slang for a clueless country person-to shame pedestrians who crossed streets mid-block. Through strategic campaigns, industry statistics, and government influence, they successfully shifted blame from drivers to pedestrians. By 1930, streets were primarily for cars, and pedestrians were confined to crosswalks. Herbert Hoover's National Conference on Street and Highway Safety codified these car-friendly rules nationwide, using Los Angeles-with one car per three residents-as the model. By the 1930s, car supremacy was considered vital to modern economies. But recent experiments show alternative approaches are possible. Oslo and Helsinki both reported zero pedestrian deaths in 2019 through Vision Zero initiatives that redesigned streets with lower speed limits, replaced parking with cycle lanes and wider sidewalks, established car-free zones around schools, and invested in public transport. The shared space approach, pioneered by Dutch traffic engineer Hans Monderman, gives equal priority to cars, bicycles, and pedestrians by removing traffic signals, road markings and signs. This forces users to negotiate with each other, reducing speeds while improving safety. Vision Zero shifts responsibility from drivers or pedestrians to street designers, treating accidents as design failures. Car dominance was a political choice, not an inevitability, and cities are now demonstrating that streets can be restored to their original purpose as shared public spaces.

Kapitel 8

The Suburban Transformation

The 1939 New York World's Fair featured Futurama, a massive diorama depicting America in 1960 as a suburban paradise built around multilane highways. Created by Norman Bel Geddes and sponsored by General Motors, this popular exhibit showed 5 million visitors a utopian vision with 14-lane highways and 50,000 model cars. Bel Geddes advocated "magic motorways" that would span the entire country, following principles of "safety, comfort, speed, and economy." Suburban commuting predated cars, beginning with horsecars in the 1850s that could travel 6 mph, extending commuting range to three miles from city centers. Electric streetcars, introduced in 1888, doubled speeds to 12-15 mph, extending commuting range to six miles and dramatically expanding potential residential areas. Italian physicist Cesare Marchetti found that people throughout history have consistently spent about one hour daily commuting (round trip), which defined city sizes. Ancient walled cities never exceeded three miles in diameter, allowing 30-minute walks to the center. As transportation speeds increased, cities expanded in direct proportion, with their radius growing precisely in accordance with transportation improvements. The decline of streetcars began in the 1920s as automobiles gained popularity. Operators switched to buses, which had lower running costs without requiring rails and were preferred by passengers for safety, comfort, and speed. By 1937, streetcars remained in only 4% of cities with public transport. What GM truly wanted was highways. Despite Alfred Sloan's denial that Futurama was "a projection of any particular highway plan," the exhibit had popularized superhighways among policymakers and the public. This led to the Highway Act of 1956, which funded an interstate highway system. While intercity highways were uncontroversial, urban freeways became tools of deliberate segregation. Highway engineers chose routes through low-property-value areas, often Black neighborhoods characterized as "slums" by white politicians. The suburban lifestyle that emerged after WWII quickly sparked debate. Advertisers, developers, and manufacturers portrayed suburbia as an idyllic world of friendly neighbors and domestic bliss for white, middle-class families. William Levitt declared, "No man who owns his own house and lot can be a Communist." Critics like Lewis Mumford saw suburbia as "uniform, unidentifiable houses" creating conformity and alienation. Today's concerns about suburbia focus on practical issues. Though average commutes remain around thirty minutes, "super commuters" traveling over ninety minutes have increased. Studies link commuting to stress, anxiety, and exhaustion. Traffic congestion has worsened, with delays averaging forty-two hours annually per commuter (up from twenty in 1982), reaching eighty hours in cities like Los Angeles. Suburban design discourages walking-many lack sidewalks, and 62% of trips under a mile are by car, rising to 78% in suburbs. Research shows compact, connected street networks correlate with lower obesity, diabetes, and heart disease rates. Environmentally, suburban households have carbon footprints up to twice the average due to larger homes requiring more energy and greater car dependency. Some suburbs are being "retrofitted" with walkable town centers mixing shops, restaurants, offices and homes. Examples include Mashpee Commons in Massachusetts and Belmar in Colorado. Future suburbs might halve paved areas through shared vehicles and better public transport, creating space for agriculture, carbon-storing greenery, or solar panels-essentially a high-tech return to garden city principles.

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Kapitel 9

The Future of Transportation

The electric car, once popular in the early days of motoring, is experiencing a revival as concerns about fossil fuel pollution grow. Electric vehicles briefly dominated the early automobile market, with Pope Manufacturing Company's Columbia being America's bestselling car in 1897. By 1900, electric vehicles were nearly as popular as steam-powered ones, with gasoline cars trailing behind. The Electrobat taxi service, launched in Manhattan in 1897 by inventors Pedro Salom and Henry Morris, represented a promising vision for electric vehicles. Their innovative battery-swapping system allowed cabs to operate continuously. When financier William Whitney backed the venture, forming the Electric Vehicle Company, it briefly became America's largest automobile manufacturer in 1899. Beyond electric vehicles, another automotive path not taken was renewable ethanol fuel. The Ford Model T, launched in 1908, was designed as a flex-fuel vehicle capable of running on either gasoline or ethanol. However, Civil War taxes on alcohol (with no exemption for fuel) made kerosene derived from crude oil the dominant fuel almost overnight, setting the stage for petroleum's century-long dominance. The electric car's revival traces back to the oil crisis era when Stanley Whittingham at Exxon pioneered lithium battery technology in 1972. Sony commercialized the first lithium-ion battery in 1991 with added safety features, but at $10,000 per car battery pack in 2002, they remained too expensive for electric vehicles. GM's EV1, introduced in 1996 using lead-acid batteries and later nickel metal hydride, developed a loyal following before being controversially discontinued in 2003. This inspired entrepreneurs Martin Eberhard and Elon Musk to found Tesla Motors, whose first vehicle, the $100,000 Roadster, transformed perceptions by emphasizing performance and range rather than compromise. Tesla has since followed Musk's master plan of starting with premium vehicles before moving downmarket, becoming the world's most valuable automaker despite modest production numbers. Electric vehicles have become inevitable due to climate change regulations, with many countries pledging to ban combustion engine sales by 2030-2040. Road vehicles contribute 17% of global carbon emissions, making electrification significant for climate goals. However, electric vehicles are only truly zero-emission when charged with renewable electricity. On July 1, 1914, L.P. Draper sparked another transportation revolution by picking up a streetcar passenger in his Ford Model T for a nickel. This "jitney" concept-named after slang for a five-cent piece-spread explosively across America, with 62,000 jitneys operating by summer 1915. They offered convenience, speed, and freedom from overcrowded streetcars, particularly appealing during an economic downturn when car owners needed income. The early 21st century witnessed the rebirth of ride-sharing through smartphone-enabled platforms. These modern services rely on mobile internet and GPS technology to connect riders with drivers, while drawing inspiration from jitneys and shared minivan taxis found worldwide. In 2008, Logan Green and John Zimmer founded Zimride, an intercity carpooling service using Facebook to build trust between riders and drivers. Meanwhile, Uber launched in San Francisco in 2011, initially offering premium black car service before expanding to ordinary vehicles. Lyft emerged as a direct competitor, and both companies eventually introduced shared ride options. The DARPA Grand Challenge of 2004 marked the beginning of modern autonomous vehicle development, mirroring how the Paris-Rouen race of 1894 launched the automotive era. DARPA sought vehicles that could navigate without special infrastructure for military convoy use. The first competition was disastrous-vehicles crashed, got stuck, or caught fire, with the best traveling only 7.4 miles. Yet by the second challenge in 2005, five vehicles completed a more difficult 132-mile desert course, with Stanford's "Stanley" taking first place. Building a fully autonomous car involves solving three key problems: perception (understanding the surroundings), prediction (anticipating what will happen), and driving policy (controlling the vehicle). Most autonomous vehicles use multiple sensors-cameras, radar, and lidar-to perceive their environment, though Tesla notably relies only on cameras and radar. Proponents of autonomous vehicles envision a future with "zero crashes, zero emissions, and zero congestion." With 1.25 million annual global road deaths, AVs could potentially eliminate the 90% of fatalities caused by human error. Beyond safety, self-driving cars promise independence for those who cannot drive-the elderly, young, and disabled. Despite decades of failed predictions about the automobile's demise, signs now suggest we've reached "peak car." Even Bosch's CEO acknowledged in 2020 that global automotive production may have peaked in 2017. China, which drove 21st-century car sales growth, has seen demand slow as ride-hailing explodes. Western countries show similar trends: miles driven per vehicle and per person peaked in 2004 in America and have declined to 1990s levels. Driver licensing among young Americans has plummeted-from 46% to 25% among sixteen-year-olds and 92% to 77% for twenty-to-twenty-four-year-olds. The future of urban transport isn't any single mode but a seamless integration of multiple options through smartphones. Helsinki's Whim app exemplifies this "mobility as a service" (MaaS) approach, connecting trains, trams, buses, bikes, taxis, e-scooters, and car rentals through one interface with pay-as-you-go or subscription options. The smartphone, not any particular transport mode, is the true successor to the car, creating an "internet of motion" that frees us from car-based transport monocultures. History teaches us three key lessons: First, avoid transport monocultures-they're inflexible and their consequences become locked in. Second, expect the unexpected-all technologies have unintended consequences, especially transportation technologies that reshape physical space. Third, be mindful of data exhaust-as transport systems generate vast amounts of mobility data, privacy concerns are emerging around who can access information about where people travel. As we stand at another transportation crossroads, similar to 1895, we have the chance to learn from history and build a future not dominated by cars but designed around human needs, environmental sustainability, and the flexibility to adapt to whatever comes next.

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transportation infrastructure
vehicle status symbols
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Zitate aus Weltgeschichte auf zwei Rädern

Vehicles combined 'locomotion with social elevation'.
Horses separated aristocrats from commoners.
The omnibus democratized transport.
The omnibus [was] a 'sanctuary of equality'.

Personen in Weltgeschichte auf zwei Rädern

Tom StandageAuthor and historian of transportation
Julius CaesarRoman leader who enacted early traffic laws
CharlemagneFrankish ruler who favored horseback over carts

Über den Autor

Tom Standage, Bestsellerautor von A Brief History of Motion: From the Wheel, to the Car, to What Comes Next, ist ein britischer Journalist und Historiker, der dafür bekannt ist, die gesellschaftlichen Auswirkungen von Technologien durch historische Parallelen zu beleuchten. Als stellvertretender Chefredakteur bei The Economist und in Oxford ausgebildeter Ingenieur spezialisiert er sich auf Erzählungen, die Innovation und Kultur verbinden. Seine Werke, darunter A History of the World in 6 Glasses und The Victorian Internet, untersuchen, wie transformative Erfindungen – von Getränken bis hin zu Kommunikationsmitteln – das menschliche Verhalten neu formen.

Standages Karriere erstreckt sich über Jahrzehnte als Wissenschaftskorrespondent und digitaler Stratege, was ihn zu einer führenden Stimme in der Evolution der Technologie macht. A Brief History of Motion setzt seinen charakteristischen Ansatz fort, indem er 6.000 Jahre Transportgeschichte seziert, um Muster aufzuzeigen, die antike Streitwagen mit modernen autonomen Fahrzeugen verbinden.

Das Buch wurde als New York Times Editors’ Choice ausgezeichnet, was seinen Ruf festigte, fundierte Forschung mit fesselndem Storytelling zu verbinden. Seine früheren Bücher, die dafür gelobt wurden, komplexe Themen zugänglich zu machen, wurden in über 20 Sprachen übersetzt und weltweit in akademische Lehrpläne aufgenommen. Als häufiger Medienkommentator finden Standages Erkenntnisse über historische Trends und zukünftige Innovationen auf globalen Plattformen großen Anklang.

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"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

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"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

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"Feels effortless compared to reading. I’ve finished 6 books this month already."

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@Jaded_Falcon

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@Cashflowbubu

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

@Moemenn

"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

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"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

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108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

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"Feels effortless compared to reading. I’ve finished 6 books this month already."

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"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

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"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

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@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

"Instead of endless scrolling, I just hit play on BeFreed. It saves me so much time."

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"I never knew where to start with nonfiction—BeFreed’s book lists turned into podcasts gave me a clear path."

@Chloe, Solo founder, LA

117

"Perfect balance between learning and entertainment. Finished ‘Thinking, Fast and Slow’ on my commute this week."

@Raaaaaachelw

"Crazy how much I learned while walking the dog. BeFreed = small habits → big gains."

@Matt, YC alum

108

"Reading used to feel like a chore. Now it’s just part of my lifestyle."

@Erin, Investment Banking Associate , NYC

254

"Feels effortless compared to reading. I’ve finished 6 books this month already."

@djmikemoore

"BeFreed turned my guilty doomscrolling into something that feels productive and inspiring."

@Pitiful

4.5K

"BeFreed turned my commute into learning time. 20-min podcasts are perfect for finishing books I never had time for."

@SofiaP

"BeFreed replaced my podcast queue. Imagine Spotify for books — that’s it. 🙌"

@Jaded_Falcon

201

"It is great for me to learn something from the book without reading it."

@OojasSalunke

"The themed book list podcasts help me connect ideas across authors—like a guided audio journey."

@Leo, Law Student, UPenn

483

"Makes me feel smarter every time before going to work"

@Cashflowbubu

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Weltgeschichte auf zwei Rädern

ÜberblickÜberblick über Weltgeschichte auf zwei Rädern

Ein Buch. Viele Arten, es zu hören.

The Wheel of Progress: How Cars Shaped Our World and What Comes Next

The Ancient Revolution of the Wheel

Sieh jedes Wort, während du es hörst

The Rise of Carriages and the Social Order

The Steam and Bicycle Revolutions

Hol mehr aus Weltgeschichte auf zwei Rädern heraus

The Birth of the Automobile Age

The Democratization of the Automobile

Sieh jedes Wort, während du es hörst

The Battle for the Streets

The Suburban Transformation

Hol mehr aus Weltgeschichte auf zwei Rädern heraus

The Future of Transportation

Du bist am Ende von Weltgeschichte auf zwei Rädern angekommen

Kernthemen in Weltgeschichte auf zwei Rädern

Zitate aus Weltgeschichte auf zwei Rädern

Personen in Weltgeschichte auf zwei Rädern

Über den Autor

Zusammenfassung von Weltgeschichte auf zwei Rädern herunterladen

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FAQ zu diesem Buch

What is A Brief History of Motion by Tom Standage about?

Who should read A Brief History of Motion?

Is A Brief History of Motion worth reading?

What are the key themes in A Brief History of Motion?

Teil eines Lernplans

Rad, Verkehrswende & lebenswerte Städte

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1,000,000+ curious minds.

1,000,000+ curious minds.

Ein Buch. Viele Arten, es zu hören.

The Wheel of Progress: How Cars Shaped Our World and What Comes Next

The Ancient Revolution of the Wheel

Sieh jedes Wort, während du es hörst

The Rise of Carriages and the Social Order

The Steam and Bicycle Revolutions

Hol mehr aus Weltgeschichte auf zwei Rädern heraus

The Birth of the Automobile Age

The Democratization of the Automobile

Sieh jedes Wort, während du es hörst

The Battle for the Streets

The Suburban Transformation

Hol mehr aus Weltgeschichte auf zwei Rädern heraus

The Future of Transportation

Du bist am Ende von Weltgeschichte auf zwei Rädern angekommen

Nutzern gefiel auch

Teil eines Lernplans

Rad, Verkehrswende & lebenswerte Städte

How an engine works

Mehr entdecken

Überblick über Weltgeschichte auf zwei Rädern