Electric Cars That Changed the Industry

The first road vehicle to go faster than 100 km/h was electric. In spring 1899, at Achères outside Paris, the Belgian driver Camille Jenatzy took this torpedo-shaped car to about 105.9 km/h, or nearly 66 mph. Its streamlined body was made of partinium, a light alloy of aluminum, tungsten and magnesium. The record made a point that is easy to forget: at the dawn of motoring, electric power was not only for gentle town driving, it could be the fastest thing on wheels.

Baker Electric (Cleveland, from 1899) Cleveland's Baker company proved electric cars could be a respectable product rather than a curiosity. Thomas Edison bought one as his first car, and Baker Electrics were driven by two First Ladies, Helen Taft and later Edith Wilson. The appeal was what early gasoline cars lacked: no hand crank, no gear changes, and none of their vibration, smell or noise. Baker's era also holds the lesson the industry kept relearning. Once Charles Kettering's electric starter arrived in 1912 and Henry Ford's mass production cut gasoline car prices, refinement alone could not hold buyers.

Detroit Electric is the early electric that refused to die. The Anderson Electric Car Company built about 13,000 of them between 1907 and 1939, long after most rivals had vanished. The company advertised roughly 80 miles between charges, and one test ran 211.3 miles on a single charge. From 1911 to 1916 buyers could pay $600 extra for an Edison nickel-iron battery, and Clara Ford, wife of Henry Ford, drove Detroit Electrics from 1908. A top speed of around 20 mph, ordinary at first but slow by 1939, shows the trade-off that finally left it behind.

The wedge-shaped CitiCar was America's answer to the 1970s fuel crisis, built by Sebring-Vanguard in Sebring, Florida, from 1974 to 1977. Counting the later Comuta-Car versions built by a successor company, 4,444 were produced, a record for electric cars from an American maker since 1945 that stood until the Tesla era. It was slow, with a top speed of about 30 to 50 mph and a range of up to 40 miles, and it looked like a doorstop. That is the point: it showed there was a real market for a cheap electric commuter, and how fragile that market was when the company behind it could not last.

The EV1 is the most important failure in electric car history. Built from 1996 to 1999 in response to California's zero-emission rules and inspired by GM's 1990 Impact prototype, it was the first attempt by a major American automaker at a purpose-built, mass-produced electric car. Its drag coefficient of 0.19 was remarkable, and later nickel-metal hydride packs gave it 75 to 150 miles between charges. Yet only 1,117 were built, first-generation cars were leased under agreements that prohibited purchase, and GM reclaimed and crushed most of them. Every EV program since has carried the memory of how that ended.

The Roadster made the electric car desirable. Built on a Lotus Elise chassis from 2008 to 2012, it was the first highway-legal series-production electric car to use lithium-ion cells and the first production electric car with more than 200 miles of range per charge; the EPA rated it at 244 miles. Only about 2,450 were sold, in more than 30 countries, but volume was never its job. It proved that lithium-ion cells could make an electric car fast and long-legged at once, and it put the company that would push every major maker to follow on the map.

The tiny i-MiEV is the forgotten pioneer of the modern era. Mitsubishi launched it to Japanese fleets in July 2009 and to the public in April 2010, making it the world's first modern highway-capable mass-production electric car and the first electric car to sell more than 10,000 units. It also showed how platforms could be shared: PSA sold rebadged versions as the Peugeot iOn and Citroën C-Zero. Its short range kept it a city car, which is exactly the gap the Nissan Leaf set out to close.

First generation (2010) The Leaf turned the electric car into an ordinary family hatchback you could buy at a Nissan dealer. Deliveries began in the US and Japan in December 2010, and Nissan unveiled it as the world's first mass-market electric and zero-emission car. It won both the 2011 World Car of the Year and European Car of the Year, and it stayed the world's best-selling plug-in electric car until the Tesla Model 3 passed it in early 2020. By February 2022 global sales across two generations had reached 577,000, proof that a mainstream maker could sell electric cars at scale.

First generation (2010) The Volt answered range anxiety with engineering rather than a bigger battery. It drove on electricity first, then a gasoline engine powered a generator to extend its range, so a buyer could commute electrically without fearing a long trip. Retail deliveries began in December 2010, and it swept the 2011 Motor Trend Car of the Year and North American Car of the Year awards. Until December 2018 the Volt and its Opel and Vauxhall Ampera siblings formed the world's best-selling plug-in hybrid family. GM ended production in February 2019.

The Model S is the car that made legacy automakers afraid. Production began at Fremont in June 2012, with the battery pack laid flat in the floor and early 85 kWh versions rated at 265 miles of range. Motor Trend's judges voted it 2013 Car of the Year unanimously, the first electric car to win the award. Tesla began building its Supercharger network in late 2012 and kept improving cars after sale through over-the-air software updates, and in 2015 the Model S was the world's best-selling plug-in electric vehicle. A big luxury sedan had become the electric benchmark.

The i3 rethought how a car is built, not just how it is powered. It was the first mass-production car with most of its internal structure and body made of carbon-fiber reinforced plastic. BMW paired it with hemp door panels, recycled materials and wind turbines at the Leipzig plant, and offered a small gasoline range extender for anxious buyers. Series production began in September 2013 and ended in July 2022 after 250,000 cars. Its carbon structure never became the norm, but it showed a major maker treating materials and manufacturing as part of what makes a car electric.

First generation Bolt EV (2016) The Bolt brought 200-mile range to a mainstream price before Tesla could. Retail deliveries began in California in December 2016 with an EPA rating of 238 miles, and until mid-2017 it was the only plug-in car priced under $50,000 with more than 200 miles of EPA range. It took both the 2017 Motor Trend Car of the Year and North American Car of the Year awards. It also became a cautionary tale: battery fire risks led to recalls, with GM replacing batteries over manufacturing defects at its supplier LG. Production of the original ended in December 2023.

The Model 3 is where electric cars stopped being niche. Within a week of its 2016 unveiling Tesla had 325,000 reservations, a show of demand no automaker could ignore. Limited production began in July 2017, followed by the "production hell" of early bottlenecks, and the promised $35,000 Standard Range arrived in February 2019. It passed the Nissan Leaf in early 2020 to become the best-selling plug-in electric car ever, and in June 2021 it became the first electric car to pass one million global sales.

The Taycan showed the old guard could build an electric car on its own terms. Porsche revealed it on September 4, 2019, simultaneously in North America, China and Europe, as the first production vehicle with an 800-volt system voltage instead of the usual 400. That higher voltage meant faster charging, with Porsche quoting 5 to 80 percent in 22.5 minutes under ideal conditions, and the rear axle drove through a two-speed transmission for a sports car's breadth of performance. Hyundai's Ioniq 5 brought 800-volt hardware to a family crossover less than two years later.

In 2023 the Model Y did something no electric car had done: Tesla delivered 1.2 million of them, making it the world's best-selling vehicle of any kind that year, ahead of the Toyota Corolla. It also changed the factory. Production at Fremont began in January 2020, and from late 2020 a single-piece rear casting replaced 70 separate metal parts with two, turning giant die castings into an industry talking point. Putting an electric crossover at the top of the global sales chart ended the argument over whether EVs could be mainstream.

While the West debated range, SAIC-GM-Wuling proved how cheap an electric car could be. The Hongguang Mini EV reached Chinese buyers in July 2020 at a starting price of about $4,162, and this tiny city car became the best-selling electric car in China. Its ambitions are modest, with no pretense of highway cruising, but that was the lesson: huge numbers of drivers wanted simple short-hop electric transportation rather than a luxury sedan. Its sales passed two million in October 2026.

The ID.3 is where Europe's biggest carmaker bet its future on a dedicated electric platform. Unveiled at the Frankfurt Motor Show on September 9, 2019, it was the first Volkswagen Group passenger car built on the MEB platform, and it drew 10,000 reservations within 24 hours of pre-orders opening. Its launch taught a harder lesson too. Software errors delayed deliveries, which began in Germany in September 2020, and early cars arrived without their full connected features, which followed later. Software, not just batteries, had become the thing an electric carmaker had to get right.

The Ioniq 5 is where a mass-market brand caught up with Tesla and Porsche at once. Presented on February 23, 2021, it was the first model on Hyundai's dedicated E-GMP electric platform, with a fully flat floor, a 3-meter wheelbase and 800-volt hardware in a family crossover. Its built-in vehicle-to-load function lets owners run electrical equipment from the battery, and it won the 2022 World Car of the Year, World Electric Vehicle of the Year and World Car Design of the Year. It made a dedicated platform the expected starting point for any serious EV.

A startup beat Detroit to the electric pickup. The first production R1T rolled off the line at Rivian's plant in Normal, Illinois, on September 14, 2021, while Ford's F-150 Lightning was not expected on the market until spring 2022. The launch edition carried an EPA range of 314 miles, enough to answer the doubt that an electric truck could go the distance. Being first on the market turned the American pickup, the heart of Detroit's business, into an electric battleground.

Battery-electric version (from 2022) The Lightning put electricity into America's best-known pickup nameplate, and its rise and fall both carry lessons. Ford unveiled it on May 19, 2021, and first deliveries came on May 26, 2022. It could supply up to 9.6 kW through as many as eleven outlets, and with Ford's home charging station it could meet a typical house's needs for three to ten days. In December 2025 Ford announced it would stop making the all-electric truck, saying the business case had eroded, and said its next-generation successor would be an extended-range electric truck with a gasoline generator. It is the clearest recent sign of how hard full-size electric trucks remain to sell profitably.

The Seagull is the car that put China's cost advantage in plain view. Introduced on April 27, 2023, it sold in China for below CN¥90,000, or about US$12,000, and its low price drew international attention. It runs on BYD's own lithium iron phosphate Blade battery, BYD built more than half a million in 2025 alone, and in Europe and South Africa it is sold as the Dolphin Surf. That same year BYD sold 2,254,714 all-electric vehicles and overtook Tesla as the world's largest maker of battery-electric cars, with affordable models like this one at the core of its range.