Updated: September 2026
In line with this topic, you can view all electric scooters and compare the City Go RS X3 e-scooter and Next Mojito electric scooter models directly.
How far does an electric scooter travel on a single battery charge? The figure on the data sheet is a comparative value, not a guarantee for your specific route. Speed, temperature, inclines, load, tire pressure, and battery health all alter the actual achievable distance. Knowing these factors allows you to realistically calculate your own range and plan without unnecessary risk.
Clarification of terms: In this guide, "e-scooter" refers to electric scooters with seats, not e-scooters with a footboard (stand-up scooters). Different technical and legal frameworks apply to both types of vehicles.
Short answer: Never plan a regular route based exactly on the manufacturer's maximum range. Instead, determine the consumption on your typical route and keep a reserve for cold weather, wind, detours, and battery aging. The most reliable comparative metric for a battery is its energy in watt-hours.
At a glance
Manufacturer range vs. real-world range
Range specifications are determined under specific test conditions. These include riding mode, speed, temperature, rider weight, and route profile. If this information is missing, the value can only be compared with another model to a limited extent.
The TCS comparison of e-scooters up to 25 km/h was published in 2026; the prices shown in the results sheet are current as of December 2025. The measured values show why blanket deductions are problematic: The Ecooter E2 Urban achieved 107 km instead of the stated 130 km. The TSC NEXT ONE NX1 7i reached 90 km instead of 65 km, and the Citytwister 8.0 Retro reached 106 km instead of 100 km. Therefore, transparent measurement conditions and your own usage are the decisive factors.
Check this first: If the range value is stated as "up to," it applies as the best possible value under the specified conditions. For your daily commute, what matters is the repeatably achievable distance with sufficient remaining charge.
Understanding volts, ampere-hours, and watt-hours
Batteries usually show voltage in volts and capacity in ampere-hours. However, ampere-hours alone do not indicate how much energy is stored. Only by combining both values do you get a useful metric for comparison:
Volts (V) × Ampere-hours (Ah) = Watt-hours (Wh)
A battery with 48 V and 30 Ah mathematically has 1,440 Wh. A system with 72 V and 20 Ah also amounts to 1,440 Wh. Although the Ah figures look significantly different, both batteries mathematically store the same amount of energy. The usable amount of energy can vary slightly due to battery management, cell chemistry, and safety reserves.
Watt-hours do not equal range
A larger battery creates a better starting point, but the overall consumption of the vehicle remains the deciding factor. Vehicle weight, tires, aerodynamics, motor control, and speed determine how many watt-hours per kilometer are needed.
Eight factors that affect e-scooter range
1. Speed and air resistance
As speed increases, air resistance rises sharply. This is why the same route can require significantly more energy at higher speeds. A blanket percentage does not apply to every vehicle, as seating position, fairing, wind, and riding mode are all factors.
2. Frequent acceleration and braking
Hard acceleration demands high power from the battery. Riding with foresight reduces unnecessary fluctuations in speed. Recuperation can recover part of the kinetic energy but does not replace a consistent riding profile.
3. Inclines and elevation gain
On an incline, the motor must move the vehicle, rider, and cargo against gravity. In Switzerland, elevation gain can have a greater impact than raw kilometers. A route with significant climbs should therefore be tested separately.
4. Rider weight, passenger, and cargo
Increased mass boosts consumption, especially when starting and on inclines. A rigid rule like "exactly x percent less per ten kilograms" would be unreliable. What is relevant is the combination of weight, route, and acceleration.
5. Temperature
In cold weather, the internal resistance of a lithium battery increases, which can temporarily reduce available power and usable energy. Part of this effect disappears once the battery reaches an optimal temperature. Extreme heat, by contrast, accelerates aging.
6. Tire pressure and tires
Low tire pressure increases rolling resistance and worsens handling. Check the pressure on cold tires according to the manufacturer's specifications. The highest value on the tire sidewall is not automatically the correct operating pressure.
7. Headwind, rain, and road surface
Headwind acts like additional speed. Wet or rough road surfaces can increase rolling resistance. On an open cross-country road, the effect is often more pronounced than in protected city traffic.
8. Battery condition and auxiliary consumers
Usable capacity decreases as the battery ages. Lighting, the display, the alarm system, USB ports, or heated equipment also consume energy, though usually less than the motor, speed, and elevation gain.
Calculating your own e-scooter range
A calculation based on the data sheet provides only an initial estimate. For everyday use, a documented test drive on your typical route is much more meaningful.
Personal range test in five steps
- Fully charge the battery according to the instructions and check tire pressure.
- Note the temperature, load, riding mode, and mileage.
- Drive a representative route – ideally with your usual inclines and speeds.
- Note the distance traveled and the percentage of battery used.
- Repeat the test over several days and use the more conservative figure for your planning.
Calculation example using the battery indicator
You drive 42 km and consume 60 percent of the charge according to the display. Mathematically, this would correspond to approximately the following under the same conditions:
42 km ÷ 60 × 100 = approx. 70 km estimated total range
The display is not a lab instrument. Therefore, do not use the result down to the last kilometer; instead, subtract a reserve for the return trip, weather, and unexpected detours.
Calculating consumption from watt-hours
If the usable battery capacity and actual consumption are known, the basic formula is:
Usable watt-hours ÷ consumption in Wh/km = estimated range
However, consumption in Wh/km is not a fixed model characteristic. It must be measured under comparable conditions. Charging losses affect the amount of electricity at the outlet, not directly the usable energy stored in the battery.
Eight measures for more range
- Check tire pressure: according to manufacturer specifications and on cold tires.
- Accelerate evenly: avoid unnecessary power spikes.
- Drive with foresight: ease off the throttle early instead of braking hard late.
- Choose the right riding mode: use Eco or Normal mode if the route does not require maximum power.
- Avoid unnecessary load: check permanently carried luggage and heavy attachments.
- Handle the battery correctly in cold weather: follow the manufacturer's storage and charging temperature guidelines; do not charge a severely chilled battery until the instructions allow it.
- Maintain battery and contacts: keep them clean, dry, and free of damage.
- Plan a reserve: do not calculate the route until the automatic shut-off.
A good range starts before the ride. The guide to e-scooter battery care explains how charging state, temperature, and storage influence long-term capacity.
Comparing e-scooters with high range
The following models cover different range and charging needs. All kilometer figures are maximum values under the respectively stated manufacturer conditions.
City Go X3 e-scooter
Battery: 48 V / 30 Ah LiFePO4, removable · mathematical: 1,440 Wh · Manufacturer specification: up to 90 km
A compact option for city and commuter routes, provided the chosen configuration and the measured practical range fit your route.
Classico LI electric scooter
Battery: 72 V / 20 Ah LiFePO4, removable · Manufacturer specification: up to 60 km with one, up to 120 km with optional second battery
The dual-battery concept offers additional planning reserves for longer daily routes.
Next Mojito electric scooter
Configuration: one or two removable batteries · Manufacturer specification: up to 200 km with two batteries under the stated conditions
Riding mode, speed, number of batteries, temperature, load, and route have a particularly strong influence on the practical value.
Which range fits your daily life?
- Calculate daily kilometers including the return trip and extra errands.
- Take winter, elevation gain, luggage, and passengers into account.
- Clarify charging options at home and at your destination.
- Base the reserve on the worst measured practical consumption – especially for winter, inclines, and headwind.
- Perform a test ride on a comparable route.
For longer commutes, the Swiss Long-Distance and Commuter Check can also help.
Clarify range realistically before buying
Bring your typical route, elevation gain, load, and charging options to us. We will compare suitable models and discuss which reserve makes sense for your daily life.
Request advice & test rideFrequently asked questions about e-scooter range
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Conclusion
The real-world range of an e-scooter cannot be determined with a single flat percentage value. Watt-hours provide comparability, but only the combination of vehicle consumption, route, weather and riding style yields a reliable everyday figure. Those who measure their own route and plan for a reserve will make a more suitable purchase and reach their destination more reliably.
Sources and further information
- Touring Club Switzerland: E-scooter test comparison 2026
- TCS: Measured values for battery capacity and range
- National Renewable Energy Laboratory: Factors influencing lithium-ion battery lifespan
Range and performance figures for the mentioned models are manufacturer values. The actual achievable values depend, among other things, on the version, riding mode, speed, payload, temperature, battery condition and route profile.
Related guides
Models and category: all e-scooters · City Go RS X3 e-scooter · Next Mojito e-scooter.
Questions about selection or a test ride? Contact Galax E Motors directly.
