The first electric car was built by Thomas Davenport, a blacksmith from Vermont, in 1834

Thomas Davenport created the first practical electric vehicle in his workshop in Springfield, Vermont. He built a small carriage powered by non-rechargeable batteries and an electric motor, which he demonstrated on a short track. Davenport's invention came decades before the gasoline engine became the standard for cars, yet it never reached mass production because the batteries of his time could not hold a charge long enough for practical use.

Around the same time, other inventors in Europe were experimenting with electric power. Scottish inventor Robert Anderson developed a crude electric carriage in the 1830s, and French inventor Gaston Planté improved battery technology in 1865, which made electric vehicles more feasible. However, none of these early efforts led to widespread adoption.

Key Takeaways

  • Thomas Davenport, a Vermont blacksmith, built the first electric car in 1834, more than 50 years before the modern gasoline engine became standard.
  • Early electric vehicles failed to catch on because battery technology could not store enough energy to power a car for meaningful distances.
  • Electric cars were actually more popular than gasoline cars in the early 1900s, but Henry Ford's assembly line made gas cars cheaper and more accessible.
  • The shift away from electric vehicles happened because gasoline was abundant, cheap, and cars could travel farther on a single tank than early batteries allowed.

Why electric cars disappeared for nearly a century

Even though electric cars existed before gasoline cars, they nearly vanished from the road by the 1920s. The reason was not that gasoline engines were invented first—it was that they worked better for the needs of the time. Gasoline was cheap and plentiful in America, and a car could travel 100 miles or more on a single tank. Early electric cars could travel only 40 to 50 miles before the battery was exhausted, and recharging took hours.

Henry Ford's assembly line, introduced in 1913, made gasoline cars affordable for ordinary people. The Model T cost less than $300 by 1920, while electric cars remained expensive. As gasoline cars became cheaper and more common, the infrastructure to support them—gas stations, repair shops, spare parts—grew rapidly. Electric cars, by contrast, had no such network, and manufacturers stopped making them.

Electric cars were actually common in the early 1900s

Between 1900 and 1915, electric vehicles were a serious competitor to gasoline cars. They were quieter, easier to start (no hand crank required), and cleaner than the noisy, smelly cars that ran on gasoline. Many wealthy people, especially women, preferred electric cars because they were safer and more reliable for short city trips.

In 1912, electric cars made up about one-third of all cars on American roads. Manufacturers like Detroit Electric and Baker Motor Vehicle Company built thousands of vehicles. But as gasoline engines improved and became cheaper, and as roads extended beyond cities into rural areas where long-distance travel mattered, the advantage shifted. By 1920, electric cars had nearly disappeared from the market.

How battery technology held electric cars back

The core problem with early electric cars was the battery. Davenport's non-rechargeable batteries could not be used repeatedly. When Planté invented the lead-acid battery in 1865, it was rechargeable, but it was heavy, expensive, and still could not store much energy. A lead-acid battery weighed hundreds of pounds and took up significant space in the car.

Gasoline, by contrast, is energy-dense—a small amount of fuel contains a lot of power. A gallon of gasoline weighs about 6 pounds but can move a car 20 to 30 miles. A battery that could store the same amount of energy would weigh many times more. This fundamental difference in how energy is stored made gasoline cars practical for long distances, while electric cars remained limited to short trips around town.

The return of electric vehicles in recent decades

Electric cars did not disappear entirely. A few manufacturers kept making them for niche markets, and hobbyists built electric conversions of older cars. But the real revival began in the 1990s and 2000s, when battery technology finally improved enough to make electric cars practical again.

Lithium-ion batteries, developed in the 1990s, store far more energy than lead-acid batteries and weigh much less. Tesla, founded in 2003, built the first modern electric car with a range of over 200 miles on a single charge. Today, most major car manufacturers offer electric models, and battery technology continues to improve. The shift back to electric power happened not because the technology was invented—it was invented 190 years ago—but because the batteries finally caught up to what the technology needed.

Why the history of electric cars matters today

The story of electric cars shows that the best technology does not always win. Gasoline cars succeeded not because they were superior in every way, but because they matched the needs of the time and the infrastructure that existed. Cheap gasoline, long-distance travel, and assembly-line manufacturing all favored the internal combustion engine.

Today, the conditions are shifting again. Electricity is becoming cleaner as power grids add renewable energy. Battery technology has improved dramatically. Charging networks are spreading. These changes are making electric cars practical for more people and more situations. Understanding that electric cars are not a new invention—just a very old one that finally has the technology to work well—can help explain why they are becoming common again.

Frequently Asked Questions

Did Thomas Davenport invent the electric motor too?

No. Davenport used an electric motor that had already been invented. His contribution was building the first vehicle powered by an electric motor and batteries. Other inventors, including Michael Faraday, had already discovered how electric motors work; Davenport was the first to put one in a carriage.

Were there any electric cars between 1920 and 1990?

Yes, but very few. Some manufacturers continued making electric vehicles for specialized uses, like postal delivery trucks and golf carts. A small number of hobbyists and engineers also built electric conversions of regular cars. But electric cars were not sold to the general public during this period.

How far could early electric cars actually travel?

Most electric cars from the early 1900s could travel between 40 and 50 miles on a full charge. Some of the better models could reach 80 miles, but this was exceptional. By contrast, a gasoline car of the same era could travel 100 to 200 miles on a tank of fuel, which made it far more practical for anything beyond city driving.

Why did electric cars come back if gasoline was so much better?

Gasoline was better for distance and cost, but it created pollution and relied on a fuel that would eventually run out. As climate change became a concern and battery technology finally improved enough to make electric cars practical, the reasons to use them changed. Today, electric cars can travel 200 to 300 miles per charge, which is enough for most daily driving.