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What is the distance of a Chevy Bolt?

In short, the Chevy Bolt’s distance on a full charge varies by model: the Bolt EV delivers about 259 miles of EPA-rated range in its latest versions, while the Bolt EUV offers around 247 miles. Real-world mileage depends on driving conditions, weather, and how the car is used.

To understand what “distance” means for the Bolt, it helps to look at official EPA estimates for each variant, then consider factors that can shrink or extend that range in everyday driving. This article breaks down current ranges, what affects them, and how charging options play into total usable distance.

EPA range estimates by Bolt variant

Below is a quick reference of the EPA-estimated ranges by Bolt variant and generation. This helps distinguish the Bolt EV from the Bolt EUV and highlights how battery size and design influence distance on a full charge.

Bolt EV (first generation with a 60 kWh battery): about 238 miles (EPA est.).

Bolt EV (second generation with a 65 kWh battery, introduced around 2022): about 259 miles (EPA est.).

Bolt EUV (with a 65 kWh battery, introduced around 2022): about 247 miles (EPA est.).

These EPA figures provide a baseline for planning trips and estimating how far you can go before needing a recharge, but real-world results will vary based on conditions and usage.

What affects the distance you actually get

Several factors can cause the Bolt’s real-world distance to be less than the EPA estimate or to vary from trip to trip. Understanding them can help you manage range more effectively.

Temperature and climate control: cold weather reduces battery efficiency and cabin heating consumes energy.

Speed and driving style: sustained high speeds and aggressive acceleration drain energy faster.

Terrain and load: hilly routes and carrying passengers or cargo increase energy use.

Battery age and conditioning: aging batteries store less energy and may perform differently in cold or hot conditions.

Accessories and HVAC usage: heated seats, defrosters, and air conditioning draw additional power.

Maintenance and tire health: underinflated tires or poor maintenance can lower efficiency.

In practice, drivers can often see 80–90% of the EPA estimate in typical conditions, with more conservative results in cold weather or when aggressively driving. Planning for charging stops and weather considerations can help close the gap between estimated and actual distance.

Charging options and what they mean for usable distance

Charging infrastructure and charging speed directly impact how you extend or restore distance on a trip. Here’s how different charging levels contribute to usable range during a journey.

Level 1 charging (standard 120V outlet): slowest option, adds only a few miles of range per hour.

Level 2 charging (240V home or public chargers): significantly faster, typically adding several tens of miles of range per hour of charging.

DC fast charging (CCS, up to about 100 kW): the quickest option for reducing travel dwell time, often restoring a substantial portion of the battery in 30–40 minutes, depending on current state of charge and battery temperature.

With DC fast charging, you can go farther on a single trip by quickly replenishing the battery at highway speeds, though the benefit depends on route planning and access to charging stations. Regular Level 2 charging at home or work remains the most convenient way to keep the Bolt topped up for daily use.

Summary

The Chevy Bolt’s distance on a full charge depends on the model: the Bolt EV generally offers around 259 miles of EPA-rated range, while the Bolt EUV provides about 247 miles. Real-world distance varies with weather, driving style, terrain, and battery condition. Understanding charging options helps maximize usable distance on longer trips, with DC fast charging offering the quickest refill during travel and Level 2 charging supporting everyday use.

Bottom line: if you’re choosing between Bolt variants, expect roughly 259 miles for the Bolt EV and about 247 miles for the Bolt EUV in typical conditions, and plan trips with charging stops in mind to match your driving needs.

How far can a Chevy Bolt go on a full charge?

A Chevy Bolt EV has an EPA-estimated range of 259 miles on a full charge, while the Bolt EUV has an estimated range of 247 miles. Real-world range can vary depending on factors like driving habits, weather, and vehicle age and condition.
This video demonstrates how far the 2022 Chevy Bolt EUV can go on a full charge on the highway: 54sOut of Spec ReviewsYouTube · Aug 23, 2022
Chevy Bolt EV

EPA-estimated range: 259 miles
Factors affecting range: Driving habits, temperature, and accessory use can impact the actual distance.

Chevy Bolt EUV

EPA-estimated range: 247 miles
Factors affecting range: Similar to the EV, factors such as driving style and environmental conditions will influence the real-world range.

What are the pros and cons of a Bolt?

Pros and Cons of Stud Bolts
They also provide strong connections that can withstand heavy loads, which makes them ideal for structural applications. The downside to stud bolts is they require a nut, which can be more time-consuming and difficult to install than a threaded rod.

What is the true range of the Chevy Bolt?

The EPA gives the 2023 Bolt EV an estimated 259 miles of range on a full charge. That matches the EPA rating for the previous generation Bolt, and it's competitive with other similarly priced EVs such as the Hyundai Kona Electric.

Can a Chevy Bolt charge at a Tesla station?

Yes, a Chevy Bolt can use a Tesla Supercharger with an adapter, but it depends on the type of charger. For DC fast charging, you need a special adapter (NACS to CCS) and must use the Tesla app to start the session. For AC Level 2 "destination" chargers, you may need a different adapter (NACS to J1772).
You can watch this video to see how to charge a Chevy Bolt at a Tesla Supercharger: 59sDrive The Lightning - The EV Tech ChannelYouTube · May 14, 2025
For Tesla DC Superchargers

You will need an adapter: A NACS to CCS adapter is required for the Bolt, which has a CCS port.
Use the Tesla app: You must use the Tesla app to find a compatible station, initiate and monitor the charging session, and pay for the charge.
Find compatible stations: The Tesla app will show you compatible stations. Check the station's information page to verify your vehicle's compatibility.
Not all stations are compatible: Only certain stations have been enabled for non-Tesla vehicles. Tesla also has a limited number of stations with a built-in "Magic Dock" that can charge a non-Tesla car directly.

For Tesla AC Level 2 (Destination) Chargers

You will need an adapter: A NACS to J1772 adapter is needed for these chargers.
Plug and charge: Once the adapter is connected, you can typically plug and charge without using an app.
Not all destination chargers work: Some destination chargers may not be compatible with the adapter.

Other things to know

Check your car's compatibility: Not all Chevy Bolt models are compatible with all Tesla charging networks.
Charging speed: The Chevy Bolt can charge at a maximum speed of around 50 kW at a Supercharger, which is the car's max rate.
Use the official adapter: Some third-party adapters may not be compatible with all Tesla stations. If possible, use an adapter from a trusted brand or the official adapter from GM.

Kevin Bennett

Company Owner

Kevin Bennet is the founder and owner of Kevin's Autos, a leading automotive service provider in Australia. With a deep commitment to customer satisfaction and years of industry expertise, Kevin uses his blog to answer the most common questions posed by his customers. From maintenance tips to troubleshooting advice, Kevin's articles are designed to empower drivers with the knowledge they need to keep their vehicles running smoothly and safely.