E-Bike Range Calculator - OneCalculator

Battery Capacity (Wh)

Motor Power (W)

Rider Weight (kg)

Bike Weight (kg)

Assistance Level

Terrain Type

Wind Conditions

Temperature

E-Bike Range Results

Estimated Range

-

Distance you can travel on a full charge

Battery Efficiency

-

Wh per kilometer

Range Scenarios

Eco Mode

-

km

Tour Mode

-

km

Turbo Mode

-

km

Energy Consumption

Motor Consumption

-

Watts average consumption

Total System Load

-

Watts total consumption

Range Impact Factors

Terrain Difficulty -

Wind Resistance -

Temperature Effect -

Total Weight -

Tips for Extended Range

About E-Bike Range

E-bike range depends on multiple factors including battery capacity, motor efficiency, terrain, weather conditions, and riding style. Understanding these factors helps optimize your riding experience.

Key Factors Affecting Range:

Battery Capacity

Higher capacity batteries provide longer range but are heavier and more expensive

Assistance Level

Higher assistance levels consume more battery power, reducing range

Terrain

Hills and rough terrain require more motor power, reducing range

Weight

Heavier riders and bikes require more energy to move

Assistance Levels:

Eco (25%): Minimal assistance, maximum range
Tour (50%): Balanced assistance and range
Sport (75%): Strong assistance, reduced range
Turbo (100%): Maximum assistance, minimum range

Range Optimization Tips:

Use Lower Assistance: Switch to eco mode when possible
Maintain Tire Pressure: Properly inflated tires reduce rolling resistance
Plan Your Route: Avoid steep hills and headwinds when possible
Pedal More: Combine motor assistance with your own pedaling
Regular Maintenance: Keep your bike clean and well-maintained