This advanced e-bike simulator helps you estimate battery consumption, riding range, and performance based on real-world parameters such as speed, rider weight, motor power, and wind resistance. Whether you're planning a commute or optimizing your setup, this tool provides a fast and intuitive way to understand how your electric bike behaves.
The calculator uses a dynamic formula that adjusts energy consumption (Wh/km) based on riding conditions. By combining battery voltage, capacity, rider weight, and environmental factors, it estimates your total range and real-time usage. The visual simulation helps you better understand how terrain and speed affect performance.
This tool is ideal for riders who want to maximize efficiency, extend battery life, and make smarter upgrade decisions. It can help you compare setups, simulate different riding conditions, and choose the right battery or motor configuration for your needs.
The simulator provides a realistic estimate based on common riding conditions. Actual results may vary depending on terrain, riding style, and weather.
Speed, rider weight, wind resistance, and motor power all significantly impact energy consumption and overall range.
You can increase range by reducing speed, lowering weight, using eco mode, or upgrading to a higher capacity battery.
Typical consumption ranges from 10 to 25 Wh/km depending on riding conditions and bike configuration.
Yes, the tool helps you compare different battery capacities and voltages to estimate how far you can ride.
This tool is part of the educational resources published on RideWattly. Results should be used as a reference only and not as professional engineering advice.