The First Electric Vehicle Was Built in the 1890s, Not Recently

The first electric car was not built by Tesla or any modern manufacturer. Thomas Davenport, a blacksmith in Vermont, built the first practical electric vehicle in 1834 using non-rechargeable batteries. However, the first electric car that people actually bought and used was built by Charles Jeantaud in France in 1881 — a converted carriage powered by rechargeable lead-acid batteries.

By the 1890s and early 1900s, electric cars were common in cities. They were quieter than gasoline engines, easier to start (no hand-crank required), and produced no exhaust fumes. Detroit Electric, an American manufacturer, sold thousands of electric vehicles between 1907 and 1939. At their peak around 1912, electric cars made up roughly one-third of all vehicles on American roads.

Electric vehicles fell out of favor after Henry Ford introduced the mass-produced gasoline-powered Model T in 1908. Gasoline cars were cheaper to build, could travel farther on a single tank, and benefited from a growing network of gas stations. By the 1920s, electric cars had nearly disappeared from the market.

Key Takeaways

  • The first practical electric car was built in 1881 by Charles Jeantaud in France, using rechargeable lead-acid batteries.
  • Electric vehicles were popular in cities during the 1890s and early 1900s because they were quiet, straightforward to start, and produced no exhaust.
  • Electric cars made up roughly one-third of all vehicles on American roads around 1912 before gasoline cars became dominant.
  • The affordability and longer range of gasoline-powered vehicles, combined with expanding gas station networks, caused electric cars to disappear by the 1920s.

Why Early Electric Cars Were Popular in Cities

Electric vehicles solved real problems that gasoline cars had in the early 1900s. Gasoline engines required a hand-crank to start, which was physically difficult and dangerous — the crank could kick back and break your arm. Electric cars had a straightforward button start. They also ran quietly, which mattered in crowded urban neighborhoods, and they produced no smell or smoke.

Range was not a major concern for city driving. Most early electric cars could travel 40 to 100 miles on a single charge, which was enough for daily errands and short trips within a city. Wealthy urban residents, particularly women, preferred electric cars because they were reliable and did not require the physical strength needed to operate a gasoline engine.

Charging infrastructure existed in cities. Owners could charge their vehicles overnight at home using standard electrical outlets, or at public charging stations that were installed in garages and hotels. This was actually more convenient than finding a gas station, since gas stations were still rare and scattered.

What Changed: The Model T and the Rise of Gasoline

Henry Ford's Model T, introduced in 1908, cost $825 — roughly one-third the price of an electric car. Ford's assembly line manufacturing made gasoline cars affordable for middle-class families. By 1920, a Model T cost only $260, while electric cars remained expensive.

Gasoline cars also had advantages that mattered for the growing number of people who wanted to travel outside cities. They could travel 200 miles or more on a single tank of gas, compared to 40 to 100 miles for electric cars. As roads improved and people wanted to drive longer distances, the electric car's limited range became a serious disadvantage.

The oil industry expanded rapidly during the 1920s and 1930s. Gas stations became common, making it straightforward to refuel anywhere. Meanwhile, the battery technology in electric cars did not improve significantly — lead-acid batteries remained heavy, expensive, and slow to charge. Without better batteries and with gasoline cars becoming cheaper and more capable, electric vehicles could not compete.

The Manufacturers That Built Early Electric Cars

Detroit Electric was the largest American electric car manufacturer, producing vehicles from 1907 to 1939. The company built over 35,000 cars during that time. Other notable manufacturers included Baker Motor Vehicle (Ohio), Columbia Motor Car Company (Connecticut), and Studebaker (Indiana), which made both electric and gasoline vehicles.

In Europe, Kriéger (France) and Bergmann (Germany) were major electric car makers. These companies competed directly with gasoline manufacturers, and some, like Studebaker, eventually switched entirely to gasoline engines as consumer demand shifted.

By 1920, most of these manufacturers had either stopped making electric cars or gone out of business. The few that survived, like Studebaker, abandoned electric vehicles entirely within a decade. No major electric car manufacturer survived into the modern era — the industry essentially ceased to exist for nearly 80 years.

Why Battery Technology Mattered Then and Matters Now

Early electric cars used lead-acid batteries, the same type used in gasoline cars today for starting the engine. These batteries were heavy, took hours to charge, and lost capacity over time. A typical electric car battery weighed 800 to 1,200 pounds and could only be recharged at home or at a charging station — there was no way to quickly swap batteries or charge on the road.

Gasoline, by contrast, was energy-dense: a small amount of fuel provided a lot of power and could be refueled in minutes. As gasoline engines became more efficient and reliable, the disadvantages of battery technology became impossible to ignore. Without a breakthrough in battery chemistry, electric cars could not compete.

The battery technology that powers modern electric cars — lithium-ion batteries — was not invented until the 1980s and did not become practical for vehicles until the 2000s. This is why electric cars essentially disappeared for 80 years and only returned when the technology finally caught up to the original vision.

How Early Electric Cars Compare to Modern Ones

An early 1910s Detroit Electric could travel about 80 miles on a charge and took 8 to 10 hours to recharge. A modern Tesla Model 3 can travel over 300 miles on a charge and can recharge to 80 percent in 30 minutes using a fast charger. The difference is not just in numbers — it reflects a complete transformation in battery chemistry, electric motor design, and charging infrastructure.

Early electric cars had no dashboard instruments beyond a straightforward ammeter. Modern electric cars have regenerative braking (which captures energy when slowing down), sophisticated battery management systems, and computers that optimize power use. The driving experience is also completely different: early electric cars were slow and heavy, while modern electric cars can accelerate faster than many gasoline sports cars.

One similarity remains: both early and modern electric cars are quieter and produce no tailpipe emissions. The original appeal of electric vehicles — clean, quiet, reliable urban transportation — is the same reason people buy them today. The technology finally caught up to the idea.

Frequently Asked Questions

Did Thomas Davenport really invent the first electric car?

Davenport built the first electric vehicle in 1834, but it used non-rechargeable batteries and was more of an experiment than a practical car. Charles Jeantaud's 1881 vehicle in France is generally credited as the first practical electric car because it used rechargeable batteries and was actually driven on roads.

How fast did early electric cars go?

Most early electric cars had a top speed of 20 miles per hour. Some high-performance models could reach 40 miles per hour, but this drained the battery quickly. Speed was not a priority — reliability and ease of use were what buyers wanted.

Could you buy an electric car in 1920?

Yes, but they were becoming rare and expensive. By 1920, gasoline cars dominated the market. Most electric car manufacturers had stopped production or were about to. The last major American electric car manufacturer, Detroit Electric, continued until 1939, but by then they were a niche product.

Why did electric cars disappear completely instead of staying as a niche product?

Gasoline cars became so much cheaper and more capable that electric cars could not compete on any measure except quietness. Without government support or a major battery breakthrough, there was no economic reason for manufacturers to keep making them. The technology gap was too large.

Are modern electric cars the same idea as early ones?

The basic idea is the same — use a battery and electric motor instead of gasoline — but the execution is completely different. Modern batteries are thousands of times more powerful, motors are far more efficient, and charging infrastructure is designed for speed. Early electric cars and modern ones share a name and a principle, but almost nothing else.