Briefly explained: Gradient is one of the most important factors for the suitability of an e-scooter for everyday use. Percentages help with orientation - but only say something if you classify them correctly.
You can find more background information on power output in our performance e-scooter overview.
What does incline mean for e-scooters?
The gradient describes how steeply a route rises. For e-scooters, it is almost always given as a percentage and indicates how many meters of difference in altitude are overcome over a distance of 100 meters.
Note:
A gradient of 10 % means: For every 100 meters of distance, the gradient rises by 10 meters.
Gradient in percent simply explained
Many people have little idea of percentages. The following graphic shows at a glance how 0 %, 10 %, 20 % and 30 % differ.
What percentage gradient can an e-scooter really manage?
Realistically manageable gradients are usually between 10% and 25%. The decisive factor is not just whether the e-scooter "climbs", but how stable and controlled it is under load.
Why some e-scooters cannot manage inclines
If an e-scooter slows down or stops on an incline, this is usually due to a combination of several factors.
Think further:
Here we explain why not only the wattage but also the torque plays a role: Watts vs. torque for e-scooters.
If you want to understand in more detail which factors influence performance, you can find further content in our performance e-scooter overview.
Manufacturer's specifications for incline - how realistic are they?
Manufacturer specifications are intended as a guide, not a guarantee.
Here we explain why performance values often have a different effect in everyday life: Manufacturer specifications vs reality - classifying performance values correctly.
For whom is high climbing performance particularly important?
In hilly regions or with a heavier rider, a higher power reserve is particularly worthwhile.
Conclusion - correctly assessing climbing performance
Climbing performance determines suitability for everyday use. Percentages help - the decisive factor is how realistically the power can be called up under real conditions.
You can find more background information on motor performance and practical values in our performance e-scooter overview.
