How an electric car crossed the 100 km/h mark
On April 29, 1899, Belgian driver Camille Jenatzy took La Jamais Contente to a measured speed of about 105.9 km/h near Paris. It was the first automobile to exceed 100 km/h—a milestone in the young contest to build the fastest road machine, not proof that electric cars had already won the race against gasoline.
The car’s name means “The Never Satisfied.” Its long, narrow body was shaped to push through the air with less resistance than a bulky carriage-like vehicle. That mattered because, at high speed, air resistance rises sharply: the faster a car goes, the more power it needs just to force air aside.
Batteries, motors and a record run
Instead of burning fuel in an engine, the car drew electricity from onboard batteries and used electric motors to turn its wheels. Motors could deliver strong turning force directly, without the sequence of gear changes common in early gasoline cars. But the batteries were heavy, limiting how much energy the car could carry. The design was therefore built for a brief speed attempt, not for long-distance travel or everyday use.
That distinction is easy to miss when looking back from today’s electric-car revival. La Jamais Contente showed that an electric drivetrain could propel a purpose-built automobile beyond a speed once associated with the limits of animal transport. It did not settle which technology would be cheapest, most practical, or easiest to refuel; those questions shaped the years that followed. Its achievement was narrower—and remarkable enough: in 1899, the fastest car on Earth ran on stored electricity.
