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The greatest obstacle to EV adoption.

Camouflaged test vehicle travelling on road surrounded by rolling hills

ONE is doubling EV range.

Mass EV adoption won’t happen until drivers are comfortable with an electric vehicle as their only vehicle. Consumers want vehicle range that allows them to take a cross-country road trip. That’s why ONE is doubling the range of electric vehicles. The first ONE product to answer the call to double EV range is Gemini with 600+ miles of range on a single charge — coming to market in 2025.

The first ONE product to double EV range:

The real world is the real test.

There can be a world of difference between a battery’s maximum range and the actual range you’ll get on the road. Cold weather and high speeds degrade electric vehicle range — electric vehicles can lose up to 50% of their range in real-world conditions.

ONE's Gemini platform is capable of 600+ miles in the best conditions — because drivers need a battery capable of 400+ miles in the toughest conditions.

Chart mapping range and speed

Daily driving and longer trips.

Gemini’s dual-chemistry architecture pairs an LFP cell with an advanced chemistry anode-free cell. The LFP cell covers everyday use (defined as 150 miles of range) while the anode-free cell brings 450 miles of additional range for longer trips.

Car frame diagram illustrated with LFP chemistry for daily driving and anode-free chemistry for longer trips
Camouflaged test vehicle powered by ONE battery driving on wet road

752 miles on a single charge.

In December of 2021, in Detroit, Michigan, ONE retrofitted a Tesla Model S body with a proof-of-concept battery and traveled 752 miles on a single charge at an average speed of 55mph. (Results were third-party validated using a vehicle dynamometer.) With the Gemini battery, today’s electric vehicles are now capable of surpassing the most demanding range needs of all drivers.

Watch video

Video of test car powered by ONE Gemini 001 prototype battery pack traveling 752 miles on a single charge

System-level energy density.

Because our chemistries are safer, we can pack our cells more tightly than nickel-and-cobalt-based batteries. That’s because nickel-and-cobalt-based batteries need to devote a significant percentage of battery space to fire mitigation. ONE batteries store more energy — in the same space — for greater range.