Ford Motor (NYSE:F) is under political fire over its use of Chinese battery technology at a Michigan plant that is already ...

A former-taxi 2021 Tesla Model 3 Long Range has passed 250,000 miles while reportedly retaining its original traction battery ...

Chinese bike maker Cyrusher has opened pre-sales for a full-squish low-step adventure ebike called the Scout, which is pitched as a "harmonious blend of compactness and uncompromised performance," and ...

Ford Motor Company is pivoting to a new Universal Electric Vehicle, or UEV, platform, targeting a $30,000 midsize BEV pickup. F’s UEV leverages CATL-licensed LFP battery technology, reducing costs, ...

Polestar provided flights from Washington, DC, to Denver and back and two nights in a hotel so we could drive the model-year 2024 Polestar range. Ars does not accept paid editorial content. DENVER—A ...

General Motors (NYSE:GM) and LG are investing in next‑generation lithium manganese rich EV battery production at GM's Spring Hill, Tennessee complex. The new LMR battery project is planned at the ...

A lot of engineering and research goes into electric battery technologies, especially regarding how they remain cool while ...

General Motors is developing a new battery cell with its joint venture partner LG Energy Solution. The unit is set to reduce the costs of mainstream electric vehicles without slashing the range. The ...

As it taps the brakes on some of its low-volume EV projects, this Detroit plant is shutting down, while the fate of another EV-related plant remains unknown.

General Motors and LG Energy Solution have announced plans to put lithium manganese-rich (LMR) prismatic battery cells into production. The cells will be used in future full-sized trucks and SUVs as ...

Vik is the Co-Founder and former Editor at MotorAuthority, a leading U.S. website covering performance and luxury cars. Since 2025, he has contributed to CarBuzz, blending his engineering background ...

The match between actuator and duty cycle now sets uptime and return on investment more firmly than planning algorithms can.