How is mileage determined from battery size?
Mileage on an e-bike is influenced by various factors, primarily battery size and usage conditions. Here's a breakdown:
Battery Size: The capacity of the battery, usually measured in watt-hours (Wh), directly impacts the range of the e-bike. A larger battery typically provides more mileage before requiring a recharge.
Weight: The weight of the rider and any additional cargo affects energy consumption. Heavier riders may experience reduced mileage compared to lighter riders using the same battery size.
Terrain: Riding conditions such as flat terrain versus uphill or downhill slopes influence the energy required to propel the e-bike. Uphill rides or rough terrain demand more power and can decrease mileage.
Assist Level: E-bikes often offer multiple assist levels, ranging from minimal assistance to full throttle. Higher assist levels drain the battery more quickly, resulting in reduced mileage per charge.
For example, based on our measurements:
A rider weighing 175 lbs or less, on flat terrain, and pedaling at level 1 assist, can achieve a maximum range.
Throttle-only riding without pedaling may result in shorter distances per charge, especially for heavier riders or higher assist levels.
Speed capabilities vary depending on the assist level and model specifications.
Ultimately, mileage from battery size serves as an estimate, subject to individual riding habits and environmental factors. It's recommended to consult the e-bike manufacturer's specifications for detailed range estimates and to consider personal factors like weight and terrain for accurate mileage expectations.