What Is the Longest Range Ever Achieved by an Electric Scooter?
What is the greatest distance covered by any electric scooter?
What immediately springs up when one learns about electric scooters are green credentials, miniaturization, and convenience. Yet for more riders than ever – daily commuters and long-distance riders – the priority consideration now is the range. The risk of having to charge up on the half-way point or the inconvenience of having to carry around another battery totally defeats the idea of smooth urban mobility. That’s why the manufacturers continue to raise the bar on the electric scooter’s range and there have been some truly amazing machines that have been the result.
As of the year 2025, the longest distance covered on an electric scooter has been seen on ultra-performance scooters that are optimized for endurance and feature high-energy battery systems. Your average shopper’s scooters provide you between the distances of 20 and 40 miles (32 and 64 kilometers) on one charge; higher models have gone well above that distance. Case in point would be the Weped FS, one giant among scooters that have been known to go well above the 140 miles (225 kilometers) on optimal conditions. Another jaw-dropping addition to the ultra-range group would be the Dualtron X2 Up that boasts the enormous 72V 42Ah battery and goes up to the distance of 93 miles (150 kilometers) on one charge in the eco mode.
Based on nature, actual range varies significantly based on rider weight, terrain, weather conditions, and mode of riding. These premium scooters are typically tested in optimal conditions in order to extract the most miles. Under stop-and-go traffic that one faces in the urban commute, actual miles would reduce by 10–20%. Even accounting for that, these scooters are doing something that experts felt impossible for electric two-wheelers.
Which Electric Scooter Has the Longest Range in 2025?
It has never been more competitive for the electric scooter marketplace in the year 2025. Industry leaders have created the best-of-the-best models that maximize long-distance functionality without losing acceleration or stability or build quality. After having analyzed existing marketplace options in detail, the longest-range consumer electric scooter by actual-world functionality is the NAMI Burn-E 2 Max.
The NAMI Burn-E-2 Max has the 72V 40Ah battery (Samsung 50E cells) that boasts up to advertised 115 miles (185 kilometers) of range. What’s remarkable about the model is that the range isn’t something that has been measured in the lab—it’s been tested by independent reviewers and actual riders who manage between 90 to 100 miles of actual range in real-world riding scenarios. That makes the most reliable high-range electric scooter available today.
What makes the NAMI Burn-E 2 Max more powerful than the typical scooter is not only the battery but also the very efficient power management system. The scooter boasts a sinusoidal controller, which is more power-efficient compared to the square-wave controllers used by the typical scooter. It also provides greater acceleration and braking control and therefore remains energy-efficient even at high speeds.
When it comes to the other runners up, the Kaabo Wolf King GT Pro and the Dualtron Thunder 3 both boast respectable ranges of around 70 to 90 miles (112 to 145 kilometers), depending on the nature of the ride. In terms of sheer range just below that of the NAMI, they offer better off-road capabilities, and the stodgy frame has its own following among the long-distance commuters.
It’s also worth noting that very long scooters sacrifice mobility. Most extended scooters exceed the 100 lb (45 kg) weight and aren’t as simple to take up the stairs or commute by multi-modal transport. That’s one trade-off that the purchaser should keep in mind. If commuting daily and the occasional extended journey is what you’re primarily looking for, you would do better with a mid-grade scooter that has a distance capacity between 50–60 miles (80–96 km).
How Far Can the Longest-Range Electric Scooters Travel on a Single Charge?
In order to truly know just how far the leading long-distance electric scooters will take you after one charge, let’s dive into the dirty details. Battery capacity, motor inefficiency or efficiency if that exists, wheel diameter, and firmware calibration all have something to do with the number of miles you’ll have before you need to recharge.
As of early 2025, the high-end norm for commuting electric scooters’ range on long distances is 80 to 100 miles (128 to 160 kilometers). That is a huge leap from a couple of years ago when 40 to 50 miles was high-end range. The range increase is largely the result of advancements in battery chemistry, increased energy density in lithium-ion batteries, and more efficient electronic controllers.
For instance, a scooter with a 72V 40Ah battery possesses a total energy storage capacity of 2,880 Wh (watt-hours). If the drivetrain and motor are very efficient—let’s say, using about 30–35 Wh per mile—you could, in theory, get more than 90 miles (145 kilometers). This efficiency relies on numerous factors such as:
Rider’s weight: Heavier riders require more energy per mile.
Terrain: Hills are steeper than flat roadways.
High speeds drain batteries faster.
Tread type and inflation pressure: Off-road treads and deflated tires reduce the effectiveness.
Temperature: It makes the battery less functional.
With the best of conditions (flat land, light rider, 15–20 km/h speed), the likes of the Minimotors Dualtron Storm Limited will not hesitate to ride comfortably well over 110 miles (177 kilometers)
With city conditions, you are going to average 70 to 85 miles. That is from downtown Los Angeles to San Diego or from Paris to Brussels.
It’s also worth mentioning that some manufacturers offer removable battery solutions, which allow you to carry a spare and double your range. While not the standard in ultra-performance models, where size is a consideration, this is becoming more popular in commuter scooters, allowing riders greater versatility.
Another consideration is charging time. Long-distance scooters take between 8–14 hours using the regular charger. Higher-quality scooters are even fast-charge enabled and take only between 4–6 hours using two chargers or high-power systems.
Conclusion
Electric scooters have seen the battery tech and efficiency leap by leaps and bounds, now capable of matching the ranges even of certain electric cars. Currently the benchmark for the longest ever covered by any electric scooter is just above 140 miles, and the Weped FS and the NAMI Burn-E 2 Max lead the ranks. If you’re buying in 2025 for the longest range scooter, the NAMI Burn-E 2 Max possesses the rare combination of tested range, acceleration, and smart power management, and the de facto benchmark among serious long-distance riders. For most riders, however, the issue is balancing range against convenience. Dragging around that kind of 100-pound scooter all the time might not be worthwhile if you have a daily commute or less than 10 miles. For delivery riders, explorers who want to go on adventures, or scooter-commuters who want a car alternative, these extended ranges scooters are life-alterers. Now that battery tech continues advancing, we’re looking at 200-mile scooters on the not-too-far-off horizon. Meanwhile, the most you’re likely to manage in the way of being charged up and moving—no matter the distance in front of you—is choosing well-reviewed, high-capacity scooters that have real-world affirmation.
