E-Bike Range Calculator

Estimate your electric bike's range based on battery capacity, assist level, and riding conditions.

Battery & Motor

Battery Capacity (Wh)

Voltage (V)

Assist Mode

Terrain Type

Rider + Cargo (kg)

Wind Conditions

Range Estimation

Enter battery capacity to see range estimate.

Overview

An E-bike's range is heavily dependent on several factors beyond just battery size. Motor efficiency, rider weight, topography, and aerodynamic drag from wind all play vital roles. High-capacity batteries (600Wh+) are now common for long-distance touring, while lighter 300Wh batteries are designed for sleek urban e-bikes.

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Pro Tips

Keep tires properly inflated to minimize rolling resistance.
Shift gears down when starting or climbing to help the motor stay in its efficient RPM range.
Switch to Eco mode on flat sections to significantly extend your range for the climbs.
Avoid frequent stop-and-go riding, as acceleration consumes the most energy.

Fun Facts

"Lithium-ion batteries typically lose about 20% of their capacity after 500-1000 full charge cycles."
"Regenerative braking is rare on mid-drive e-bikes but can recover up to 10% energy on hub-drive models."
"Cold weather (below 5°C) can temporarily reduce range by up to 30% due to internal resistance."
"The world record for the longest e-bike journey is over 35,000 kilometers!"

Formula: Range = Battery Capacity (Wh) / (Base Efficiency × Terrain Multiplier × Weight Multiplier × Wind Multiplier)

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