E-Scooter

Browse 12 e-scooter tools. Opening E-Scooter Range Calculator.

E-Scooter Range CalculatorEstimate remaining range with SOC slider, tyre pressure, and voltage sag at 36 / 48 / 52 V.Use this to know how far you can still ride before finding a charger.
E-Scooter Tyre Pressure & Rolling ResistanceSee how under-inflation on 8–10″ wheels raises Wh/km and cuts range.Use this to gain free range just by keeping your tyres properly inflated.
E-Scooter Max Speed CalculatorTheoretical top speed from voltage, motor KV, and wheel diameter.Use this to check the real top speed your scooter setup can deliver.
E-Scooter Hill Climb Grade CalculatorMaximum climb grade with dynamic SOC (20–100 %) and voltage sag torque drop at 36 / 48 / 52 V.Use this to know which hills your scooter can handle before you ride them.
E-Scooter Tyre Wear Life CalculatorEstimate tread life in km and weeks from weekly distance and surface type.Use this to plan tyre replacements before wear becomes a safety problem.
E-Scooter Charge Time CalculatorCompare 2 A / 3 A / 4 A charger times for typical 36 V and 48 V packs.Use this to decide if a faster charger is worth it for your routine.
E-Scooter Cost per km CalculatorElectricity cost per km versus public transit for commute planning.Use this to see how cheap scooter commuting really is versus transit fares.
E-Scooter Rider Weight Limit CalculatorStress factor on motor and deck when exceeding rated rider mass.Use this to check your scooter safely handles your weight plus cargo.
E-Scooter Peak Discharge Amps CalculatorCheck acceleration peaks against controller and pack C-rating.Use this to avoid cutouts and damage by keeping acceleration within pack limits.
E-Scooter Brake Pad Wear CalculatorPad life in km from regen share, hill riding, and weekly distance.Use this to replace brake pads on time and keep stopping power safe.
E-Scooter Connector Power Loss CalculatorI²R heat at XT30/XT60/XT90 pairs under ride and charge current.Use this to pick connectors that stay cool and don't melt under load.
E-Scooter Maintenance Schedule CalculatorKm and weeks until tyre, brake, and bolt-torque service intervals.Use this to stay ahead of maintenance and keep your scooter safe and reliable.

E-Scooter Range Calculator

Inputs

Adjust values to update results live

Nominal voltage

36 V sags harder under load than 48 V or 52 V

State of charge (SOC) (%)

50 %

Lower SOC increases voltage sag and cuts available power

Primary result

10.6km

That's about 10.6 kilometers of range on a full charge — plan your rides with a little buffer for hills and headwind.

Estimated current power: 46 %

Estimated current power	46%
Consumption	15.3Wh/km
State of charge	50%
Voltage efficiency loss	7.5%
Usable energy	162Wh
Pressure penalty	0Wh/km
Mass penalty	0.21Wh/km
Voltage sag penalty	1.07Wh/km
Nominal voltage	36V
Total mass	89kg

Note: SOC slider models the dynamic power curve: P_eff = P_nom × (SOC/100) × voltage efficiency. Sag scales from 0.6× at 100 % SOC to 2× at 20 % — lower voltage packs (36 V) suffer higher % loss per volt dropped.

How to use the E-Scooter Range Calculator

The Formula

E-scooters use higher Wh/km than e-bikes due to stance and small wheels.

Practical Example

Slide SOC from 100 % to 20 % to see sag double and remaining range shrink — models why scooters slow on hills mid-ride.

About E-Scooter Range Calculator

E-scooters use higher Wh/km than e-bikes due to stance and small wheels.

Slide SOC from 100 % to 20 % to see sag double and remaining range shrink — models why scooters slow on hills mid-ride.

Planning estimates for e-scooters—verify against manufacturer specs. Small wheels and light packs behave differently from e-bikes.

Related tools

E-Scooter Tyre Pressure & Rolling ResistanceSee how under-inflation on 8–10″ wheels raises Wh/km and cuts range.Use this to gain free range just by keeping your tyres properly inflated.
E-Scooter Cost per km CalculatorElectricity cost per km versus public transit for commute planning.Use this to see how cheap scooter commuting really is versus transit fares.
E-Scooter Charge Time CalculatorCompare 2 A / 3 A / 4 A charger times for typical 36 V and 48 V packs.Use this to decide if a faster charger is worth it for your routine.
E-Scooter Max Speed CalculatorTheoretical top speed from voltage, motor KV, and wheel diameter.Use this to check the real top speed your scooter setup can deliver.

How to use the E-Scooter Range Calculator

The Formula

E-scooters use higher Wh/km than e-bikes due to stance and small wheels.

Practical Example

Slide SOC from 100 % to 20 % to see sag double and remaining range shrink — models why scooters slow on hills mid-ride.

About E-Scooter Range Calculator

E-scooters use higher Wh/km than e-bikes due to stance and small wheels.

Slide SOC from 100 % to 20 % to see sag double and remaining range shrink — models why scooters slow on hills mid-ride.

Planning estimates for e-scooters—verify against manufacturer specs. Small wheels and light packs behave differently from e-bikes.

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