Chevrolet Released the 2027 Bolt With Faster Charging

The upgraded electric vehicle features a new battery chemistry and an NACS port.

Updated on Sept. 26, 2026 in Electric Vehicles

Chevrolet announced its 2027 Bolt electric vehicle, featuring a new lithium-iron-phosphate battery that improves charging times by 54 percent. AI Illustration. Upload story photo >

Live Poll

Do improved charging speeds make you more likely to consider buying an electric vehicle now?

Chevrolet has introduced the 2027 Bolt, which significantly improves charging performance over the previous 2022 model. The new vehicle includes a lithium-iron-phosphate battery and a North American Charging Standard port.

Why it matters

The manufacturer focused on charging speed enhancements to address performance limitations in the earlier Bolt EUV. This model is expected to be a limited-run release for the 2027 model year.

The 2027 Bolt achieved a peak charge rate of 148 kW and an average rate of 94 kW, compared to 57 kW and 41 kW for the 2022 model. The new vehicle retails with a starting price under $30,000.

The players

Chevrolet

Chevrolet is a prominent American automobile division of the General Motors corporation.

The details

Engineers swapped the previous nickel-manganese-cobalt battery for a lithium-iron-phosphate version, contributing to a 54 percent improvement in charging time. During testing, the vehicle maintained 230 miles of range at sustained highway speeds of 75 mph.

Chevrolet paused production of the original Bolt in 2023.
This news was published on September 26, 2026.

Roadmap

The 2027 Bolt follows the industry-wide transition toward adopting the NACS port as a standard for EV charging hardware. This release highlights the shift among automakers toward lithium-iron-phosphate batteries to balance cost with performance requirements.

Buyers looking for an entry-level EV will find a starting price point under $30,000 for this model. The inclusion of an NACS port ensures compatibility with the latest high-speed charging infrastructure currently being deployed across the country.

The takeaway

The move to lithium-iron-phosphate chemistry demonstrates how manufacturers are prioritizing charging convenience for budget-conscious drivers. Future owners should plan for the shorter, single-year production window when considering this vehicle for their next purchase.