Electric vehicles have come a long way since the 1890s

Tesla is not the end-all for these stylish and efficient cars.

William Morrison’s ride
Wood wheels and 24 batteries helped this whip go down in infamy. Courtesy american-automobiles.com

Battery-powered whips might seem like novel additions to your local thoroughfares, but they’ve actually been around for more than a century. This is how the cars have progressed, from buggy to pickup.

1890s: William Morrison’s ride (above)

Scotland-native William Morrison was one of the first inventors to create an electric vehicle for America’s streets. ­Twenty-four batteries under the seats provided the carriage with just 4 horsepower and a top speed of 20 mph as it rolled on steel-clad wooden wheels.

Detroit Electric 47
Huzzah, no more hand cranks (or cramps). Courtesy thehenryford.org

1914: Detroit Electric 47

The model 47, made by the Anderson Electric Car Company, could start ­instantly without the hand-cranking its ­combustion-driven ­cousins required. Thomas Edison piloted one of these, as did Henry Ford’s wife. The car ­promised a ­respectable 80 miles of range per charge.

Ford Comuta
Ford did it first. Courtesy Ford UK

1967: Ford Comuta

The first gas-free ­Mustang may have debuted in 2019, but Ford’s earlier EV was cuter: a 7-foot-long conveyance that could reach a maximum speed of 40 mph, travel for 40 miles per charge, and seat a family of four (snugly). Power came from four 12-volt lead-acid packs.

The Sebring-Vanguard
This retro-looking model won big on the market. Courtesy historicvehicle.org

1970s: The Sebring-Vanguard

The cheese-block-­shaped two-seater held the title of most produced electric vehicle in American history for four decades. It housed eight 6-volt golf-cart ­batteries, but with its lightweight frame, it could run for some 35 miles ­after one serving of ­electrons from the grid.

GM EV1
The EV1 was only available for leasing. Stephen Kim/Getty Images

1996: GM EV1

General Motors ­envisioned its EV1 as a regular commuter car, and not just a niche option. To offset the heft of its lead-acid power units, the automaker constructed it with plastic body panels and an aluminum frame. GM made only about 1,100, which customers had to lease.

Tesla Roadster
Before the Model S came the Roadster. Courtesy Tesla

2008: Tesla Roadster

This sleek two-seater kicked off the era of ­lithium-ion power. The 6,831 cells weighed some 700 pounds but helped push the ride from zero to 60 in four seconds and gifted it with a range of 245 miles. To keep those elements cool, an ­antifreeze-like solution flowed around them.

Nissan Leaf
The Leaf is the best-selling EV around the globe. Bloomberg/Getty Images

2010: Nissan Leaf

For a quarter the price of the Roadster, the Leaf promised 100 miles from its 192 ­lithium-ion cells. Nissan styled it to look more like a regular car and less like other green options on the market. Its bulging headlamps managed airflow, limiting wind noise in the absence of engine sounds.

Rivian R1T and R1S
Now we’re getting to the good stuff: planet-friendly pickups. Courtesy Rivian

2018: Rivian R1T and R1S

This pickup and SUV (not shown) both use the same modular, ­skateboard-like chassis; it holds the vehicles’ four motors, shielded ­batteries, and power-­management system. The configuration allows the freedom to include features such as a mobile kitchen, for camping.

This story appears in the Spring 2020, Origins issue of Popular Science.

Sara Kiley Watson

Sara Kiley WatsonSara Kiley Watson is an assistant editor at PopSci. Her work has also been featured in NPR and Business Insider. Contact the author here.