SwiftScoot Electric Scooter Tool

Electric Scooter Range Calculator Australia

Estimate how far an electric scooter may travel on a single charge. Adjust battery size, rider weight, motor power, speed, hills, terrain and weather to get a practical real-world range estimate.

Battery Size Rider Weight Terrain Speed

0 km estimate

0 Wh Battery Capacity

0 Wh/km Estimated Use

Calculator Inputs

Estimate Your Scooter Range

Adjust the settings below to estimate how far an electric scooter may travel on a single charge.

Battery Voltage Common examples: 36V, 48V, 52V, 60V, 72V Battery Capacity Ah Higher Ah usually means more range. Motor Power Watts More power can use more energy, especially when accelerating. Rider Weight kg Include normal riding gear. Extra Load kg Backpack, lock, cargo or accessories. Average Speed Faster riding usually reduces real-world range. Terrain Rougher terrain uses more battery. Hills Climbing hills can reduce range significantly. Tyre Pressure / Rolling Resistance Low pressure increases rolling resistance. Weather / Wind Wind, cold weather and wet surfaces can reduce range.

Estimated Result

0 km

Estimated real-world range

Conservative 0 km

Typical 0 km

Ideal 0 km

Battery 0 Wh

Important: This is an estimate only. Real electric scooter range depends on battery age, rider weight, tyre pressure, hills, wind, surface type, speed, temperature and riding style.

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How the calculator works The calculator estimates battery watt-hours, then adjusts expected energy use for rider weight, motor size, speed, hills, terrain, tyres and weather.

Why range varies Claimed range is usually tested in ideal conditions. Real-world riding often uses more energy, especially with hills, faster speeds and stop-start commuting.

Need more distance? Choose a scooter with a larger battery, maintain tyre pressure, ride smoothly and avoid unnecessary rapid acceleration.

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