As the automotive industry shifts rapidly toward electrification, one of the most critical metrics consumers use to evaluate electric vehicles (EVs) is range—how far an EV can travel on a single charge. Range anxiety remains one of the main concerns for potential buyers, despite advancements in battery technology and the growing EV infrastructure. In this article, we’ll explore a comprehensive electric car comparison by range, highlighting the top models in 2025, understanding what affects range, and helping you choose the right EV for your needs.
What Does “Range” Really Mean?
When comparing electric vehicles, range refers to the total distance a vehicle can travel under normal driving conditions on a full charge electric car comparison range . This figure is usually measured and certified by regulatory agencies like the Environmental Protection Agency (EPA) in the U.S. or Worldwide Harmonized Light Vehicles Test Procedure (WLTP) in Europe.
However, real-world range can differ from these ratings due to various factors such as:
Driving style and speed
Temperature (especially cold weather)
Use of heating or air conditioning
Terrain (uphill vs. flat roads)
Load weight (passengers and cargo)
Understanding these influences is key when conducting a fair electric car comparison by range.
Top Electric Cars by Range in 2025
Let’s take a closer look at the EVs with the best range on the market in 2025.
1. Lucid Air Grand Touring
Range: 516 miles (EPA estimated)
Battery: 112 kWh
Price: ~$125,000
The Lucid Air Grand Touring remains the undisputed range champion. Designed with ultra-efficient aerodynamics and a massive battery, it provides the longest range of any EV currently available. While it comes at a premium price, it’s ideal for luxury buyers who prioritize performance and distance.
2. Tesla Model S Long Range
Range: 405 miles (EPA estimated)
Battery: ~100 kWh
Price: ~$85,000
Tesla continues to lead the mainstream electric car market with vehicles like the Model S. Known for its supercharging network and consistent over-the-air updates, the Model S Long Range is a balanced choice for those looking for both range and advanced tech features.
3. Mercedes-Benz EQS 450+
Range: 350 miles (EPA estimated)
Battery: 107.8 kWh
Price: ~$105,000
Mercedes enters the EV space with the luxurious EQS sedan, offering a competitive range alongside an opulent interior. The EQS is a solid choice for buyers seeking German engineering with modern electrification.
4. Tesla Model 3 Long Range
Range: 341 miles (EPA estimated)
Battery: ~82 kWh
Price: ~$50,000
The Model 3 Long Range offers a practical solution for budget-conscious consumers who still want excellent range. Its strong performance and access to Tesla’s Supercharger network make it a top contender.
5. Hyundai IONIQ 6
Range: 361 miles (WLTP), ~330 miles (estimated EPA)
Battery: 77.4 kWh
Price: ~$45,000
Hyundai’s IONIQ 6 brings style, affordability, and range together in a single package. The sedan offers aerodynamic efficiency and fast charging capabilities, making it a well-rounded option for most buyers.
Mid-Range EVs Worth Considering
Not everyone needs a 400+ mile range. For urban drivers or those with short commutes, these options offer excellent value and sufficient range:
Chevrolet Equinox EV – ~300 miles range; estimated under $35,000
Kia EV6 Long Range RWD – ~310 miles range; ~$48,000
Ford Mustang Mach-E Premium AWD – ~290 miles range; ~$55,000
Volkswagen ID.4 Pro – ~275 miles range; ~$42,000
These models provide a balance of affordability, technology, and range, ideal for families and daily commuters.
Short-Range City EVs
If you live in a dense urban area or plan to use an EV as a second car, shorter-range models may still be perfect:
Mini Cooper SE – ~114 miles range; ~$30,000
Nissan Leaf S – ~149 miles range; ~$28,000
Fiat 500e – ~150 miles range; ~$32,000
While these cars may not be road-trip ready, they offer efficiency and maneuverability for city driving.
Key Factors That Affect EV Range
To make a meaningful electric car comparison by range, consider the following:
1. Battery Size (kWh)
Generally, a larger battery provides a longer range. However, battery size also affects vehicle weight and cost. The sweet spot for most consumers in 2025 seems to be between 70–100 kWh.
2. Motor Efficiency
Some EVs achieve better range not because of larger batteries, but due to more efficient motors and regenerative braking systems. Tesla and Lucid are leaders in this domain.
3. Vehicle Type
Sedans tend to offer better range than SUVs due to their shape and weight. Crossovers are often less efficient than compact cars or low-slung sedans.
4. Climate and Weather
Cold weather significantly reduces range due to battery inefficiency and energy
