When buying an electric scooter, range is often one of the most important factors. Many people wonder why a model is stated to have, for example, an 80 km range, but doesn't always achieve this in practice.
Here we look at the factors that affect range.
1. Speed
The higher the speed you drive at, the more power the motor consumes.
If you drive in the highest driving mode, the battery will drain faster than at moderate speed.
2. Rider Weight
Heavier loads require more energy.
A rider weighing 100 kg will normally get a shorter range than a rider weighing 70 kg under the same conditions.
3. Hills and Terrain
Steep hills require significantly more power from the motor than flat ground.
If you frequently ride in hilly terrain, the range will be reduced compared to riding on flat roads.
4. Temperature
Batteries perform best in moderate temperatures.
On cold winter days, the battery will perform less efficiently, which can lead to reduced range.
5. Tire Pressure
Too low tire pressure increases rolling resistance.
By maintaining the recommended tire pressure, you get both better comfort and longer range.
How to get the longest possible range?
To maximize range, we recommend:
- Maintain a steady speed
- Avoid unnecessarily hard acceleration
- Check tire pressure regularly
- Charge the battery correctly
- Store the electric scooter indoors at low temperatures
What range do you need?
20–40 km
Well suited for short trips, school, and urban commuting.
40–60 km
A good choice for most commuters.
60–90 km
Perfect for long rides and for those who want to charge less frequently.
Vytro models with long range
Vytro offers models with a range from approximately 20 km up to 90 km on a single charge.
Whether you need a practical model for everyday use or a powerful electric scooter for long rides, there is a Vytro model that suits you.
Summary
The actual range of an electric scooter is affected by several factors such as speed, temperature, terrain, and rider weight. By choosing the right model and using the battery wisely, you can get the most out of each charge.