Longest Range Electric Cars in 2025: Full Comparison

Choosing an electric car is a bit like going on a hike: you want to make sure you have enough energy to travel far without worrying about running out of juice. In 2025, range has reached new heights, sometimes exceeding 800 km! This metric has become a key factor for future drivers, who want peace of mind for everyday commutes and enough battery to venture farther on weekends without having to make multiple charging stops.

In this article, we introduce you to the cars that offer today’s highest ranges and show you how these performances have skyrocketed in recent years. You’ll also learn about the latest trends in battery technology, aerodynamics, and ultra-fast charging. Ready to plug in and start exploring? Buckle up for our 2025 ranking, with detailed profiles of each range champion, plus a few tips for hassle-free driving wherever you go.

The astonishing rise of electric car range

Just about a decade ago, many people were worried about driving more than 200 km in an electric vehicle. Official figures back then barely reached an average range of 211 km in 2015. But through innovation and research, that average climbed to 338 km by 2020, and today some models comfortably top 500–600 km. This impressive progress owes much to improvements in battery energy density and increasingly aerodynamic designs. In short, more capacity is crammed into the same volume, while drag is reduced to gain those precious extra kilometers.

This evolution has transformed the driving experience and significantly reduced what’s often called “range anxiety.” Drivers no longer have to constantly wonder where to charge or how long it will take. Ultra-fast charging stations like Electra’s also let you recover hundreds of kilometers in just a few minutes, making electric driving ever more appealing for long-distance travel.

A Comparison of the longest-range electric cars in 2025

To help you see more clearly, here’s an overview of standout 2025 models, ranked by their performance on the WLTP cycle (Worldwide Harmonized Light Vehicles Test Procedure). This protocol, which is closer to real-world conditions than older tests, provides a reliable indicator for comparing electric cars. However, keep in mind that real-world range can vary depending on weather, speed, driving style, and outside temperature.

Below is a list with each model’s key data: name, WLTP range, battery capacity, maximum charging power, and estimated price. Sedans and large touring cars often come out on top in these rankings because of their typically more aerodynamic design compared to SUVs. However, technological advancements also allow certain crossovers to join the competition.

Lucid Air Grand Touring
• Range (WLTP): 839 km
• Battery Capacity (kWh): ~118 kWh
• Max Charging Power: 300 kW
• Approx. Price (EUR): From €110,000

Mercedes EQS 450+
• Range (WLTP): 783 km
• Battery Capacity (kWh): ~108 kWh
• Max Charging Power: 200 kW
• Approx. Price (EUR): From €100,000

Volkswagen ID.7 Pro
• Range (WLTP): 702 km
• Battery Capacity (kWh): ~86 kWh
• Max Charging Power: 170 kW
• Approx. Price (EUR): From €60,000

Tesla Model 3 Long Range
• Range (WLTP): 678 km
• Battery Capacity (kWh): ~82 kWh
• Max Charging Power: 250 kW
• Approx. Price (EUR): From €55,000

Hyundai Ioniq 6
• Range (WLTP): 614 km
• Battery Capacity (kWh): ~77 kWh
• Max Charging Power: 230 kW
• Approx. Price (EUR): From €52,000

Mercedes EQS 580 4MATIC
• Range (WLTP): 676 km
• Battery Capacity (kWh): ~108 kWh
• Max Charging Power: 200 kW
• Approx. Price (EUR): From €130,000

BMW i4 eDrive40
• Range (WLTP): 590 km
• Battery Capacity (kWh): ~81 kWh
• Max Charging Power: 205 kW
• Approx. Price (EUR): From €59,000

Polestar 3
• Range (WLTP): 610 km
• Battery Capacity (kWh): ~107 kWh
• Max Charging Power: 250 kW
• Approx. Price (EUR): From €89,000

Kia EV6 Long Range
• Range (WLTP): 585 km
• Battery Capacity (kWh): ~77 kWh
• Max Charging Power: 240 kW
• Approx. Price (EUR): From €47,000

This ranking is based on WLTP figures provided by manufacturers, but keep in mind that real-world use varies according to your environment and driving habits. For instance, in winter or on the highway, range can drop by about 10 to 20%.

Spotlight on the Range Champions: Detailed Model Profiles

Beyond the numbers, each vehicle has its own personality—comfort, innovations, budget, and more. Here’s a closer look at those dominating the charts in 2025.

Lucid Air Grand Touring (824 km)

A true technological marvel, the Lucid Air Grand Touring sits atop the hierarchy with a range of up to 824 km. Thanks to its high-capacity battery and cutting-edge aerodynamics, it blends luxury and performance. Its premium positioning is reflected in its price, but it clearly represents the future of high-end electric vehicles.

Mercedes EQS 450+ (822 km)

The EQS 450+ epitomizes the luxury electric sedan. Mercedes equipped it with a roughly 108 kWh battery and ultra-efficient thermal management. The result: 683 to 822 km of range (Source: Mercedes), delivered in unrivaled comfort and an interior that feels like a moving lounge. A top pick for those seeking refinement and peace of mind on long trips.

Volkswagen ID.7 Pro (702 km)

Volkswagen’s ID.7 Pro stands out for its great versatility. With 702 km on the WLTP cycle and a well-honed aerodynamic design, it offers an excellent balance between range and user-friendliness. Its sleek, modern look appeals to both families and professionals, while remaining more affordable than many premium rivals.

Tesla Model 3 Long Range (629 km)

A staple for several years now, the Tesla Model 3 continues to impress with up to 678 km of range in its Long Range version. Its integrated Supercharger network and regular software updates make it a go-to choice for those who want a connected, ever-evolving experience.

Hyundai Ioniq 6 (614 km)

With its futuristic look and outstanding efficiency, the Hyundai Ioniq 6 won’t go unnoticed. Its carefully refined aerodynamics give it a WLTP range of 614 km, while its ~77 kWh battery can be quickly replenished at compatible fast chargers. A compelling mix of style and performance.

Mercedes EQS 580 4MATIC (698 km)

This more powerful version of the EQS boasts all-wheel drive and nearly 700 km of range, using the same 108 kWh battery. Supremely spacious and featuring a jaw-dropping digital cockpit, it exemplifies electric luxury at its finest. That said, its price tag remains aimed at an upscale market looking for top-tier excellence.

BMW i4 eDrive40 (593 km)

BMW’s i4 eDrive40 marks the brand’s strong comeback to the electric sports sedan category. With around 590 km of range and an outstanding balance between performance and comfort, it’s perfect for those seeking the brand’s signature sportiness without compromising on range.

Polestar 3 (567 km)

Polestar makes a bold statement with the Polestar 3—a crossover coupé with an elegantly minimalist design. Its 567 km WLTP range shows that you can have a family-friendly format and solid performance at the same time. Meanwhile, its 250 kW charging capacity helps you avoid overly long pit stops.

Kia EV6 Long Range (528 km)

Proving you can get solid range without breaking the bank, the Kia EV6 Long Range packs a maximum range of 528 km. This versatile crossover comes loaded with advanced onboard tech and a roomy interior, making it an attractive option for families looking to embrace electric driving.

(Other models such as the BMW i7 or Audi e-tron GT also rank high in the table. However, obtaining official data for 2025 can be tricky, based on release schedules and availability of certain versions.)

Trends and Forecasts for the Future

Looking beyond 2025, the race for ever-greater range is far from over. Some manufacturers are already developing batteries exceeding 110 kWh and using cells with higher energy density. Their goal is to offer ranges of 900 or even 1,000 km, all while keeping vehicle weight in check and limiting the environmental impact of battery production.

Progress is also happening in aerodynamics and thermal management. Manufacturers are refining body shapes and creating smart software to preheat or cool the battery, thus optimizing performance in any season. Aerodynamic designs are becoming the norm, which should push many models above 600 km of range—even in more affordable segments.

Finally, ultra-fast charging is gaining ground, with some stations surpassing 400 kW. Coupled with vehicles that can handle those power levels, this development means recovering 200 to 300 km of range in just a few minutes. In other words, future electric drivers will feel ever more free and at ease on the road.

How to Choose the Best Electric Car for Your Needs

While range remains crucial, it’s not the only factor to consider. First, think about your budget and how you plan to use the car. Premium models typically offer top performance, but if you mostly make short urban trips, a 400 km range may be more than enough.

Next, pay attention to charging power. A car that can handle 200 kW or more for fast charging will save you precious time on long drives, especially if you travel frequently. Also check the availability of charging stations near you or along your usual routes, so you can avoid detours and wait times.

Finally, don’t forget about comfort and vehicle size. A family-sized SUV might be better for larger groups, while a compact sedan is often more practical in the city. Consider the key questions: your daily distance, home or workplace charging capacity, and parking situation. Ultimately, the best electric car is the one that truly suits your lifestyle.

Practical Tips for Maximizing Daily Range

Driving Style and MaintenanceSmooth driving is key to getting the most from your battery. Avoid harsh acceleration and hard braking—anticipate traffic and let the car slow naturally to recover energy. Check your tire pressure regularly; underinflated tires boost energy use. Though simpler than in a gas-powered vehicle, maintenance remains essential to keep an electric car performing well.

Using Electra’s Fast ChargingFor hassle-free travel, Electra’s fast-charging network is a major asset. With ultra-fast stations (over 400 kW), you can regain hundreds of kilometers during a quick coffee break. The Electra app helps you locate the nearest station, check availability, and even reserve a charger to avoid any wait. In just a few minutes, you’ll be back on the road with all the battery range you need—no stress, no fuss.

FAQ – Everything You Need to Know About Electric Range

Are WLTP figures accurate in all circumstances? They provide a solid basis for comparison, but real-world range varies with weather, speed, and personal driving style.

How does temperature affect range? In cold weather, the battery drains faster and takes longer to charge. Smart preheating can help reduce range loss.

Does battery range decrease over time? Yes, though only slightly. With proper use and charging, most batteries retain the majority of their capacity for many years.

Conclusion

In 2025, electric cars have clearly redefined range limits. Stretching up to or even exceeding 700–800 km per charge is becoming common, particularly among premium models. Even better, ongoing advances in battery tech and ultra-fast charging hint at a future where electric cars are as convenient as gasoline-powered ones—only cleaner and often cheaper in the long run.

Enticed by the idea of driving electric? Feel free to browse our other articles on charging costs, trip planning, and home charger installations. And to enjoy a hassle-free, ultra-fast charging experience, download the Electra app. You’ll easily locate our stations, book your slot in just one click, and get back on the road with total peace of mind. Take advantage of great rates, starting at €0.29/kWh via our app. The future is measured in electric kilometers!