How far can an e-bike go?
A common question for those considering an electric bike is: How far can it go on a single charge? At JOBOBIKE we know that reach depends on various factors and it is important to set realistic expectations instead of just relying on catalog numbers. While battery capacity (measured in watt-hours or Wh) and energy consumption per kilometer are crucial, real-world conditions such as terrain, weight and driving habits also play an important role.
What determines the range of an e-bike?
The most basic calculation for range involves the capacity of the battery. For example, a 36V 10.4 Ah battery holds 374.4 Wh. If the bike uses 5 Wh per kilometer at a constant 25 km/h, the expected range would be around 75 km. But ideal scenarios are rare. Factors such as steep hills, frequent stops and headwinds can significantly drain the battery. Imagine driving on a perfectly flat road; In this situation you may reach the predicted range. However, climbing a steep slope reduces it, while descending can increase it.
The level of pedal assistance you choose also affects the range. The JOBOBIKE e-bikes are adjustable from low to high. Maximum support uses more power and shortens battery life. Driving at medium or low settings, especially on flat terrain, can extend the range. An e-bike works like a hybrid of engine power and pedal power. The less you pedal, the more the motor compensates and increases energy consumption. Pedaling steadily increases battery life, while relying on the motor, especially at high settings, shortens it.
Weight is another important factor. It's not just the weight of the bike, but also the rider and the load being carried. Range estimates usually assume a bike weight of 20 kg and a rider weight of 70-80 kg. Heavier riders or those carrying additional items will find the battery drains more quickly. City commuters should also pay attention to frequent traffic light stops, as starting from a standstill uses more energy than maintaining speed. An uninterrupted path allows you to approach the maximum possible range of the bike.
Adjusting expectations based on real-world scenarios
It's important to set realistic expectations about the range of your e-bike. For example, we once had a customer who did not achieve the advertised distance per charge even after replacing the battery. After investigating, we found that the rider was 1.95 meters tall, 122 kg and always used the highest level of pedal assistance. This meant that the battery could not achieve the expected range of 70-80 km. The case shows how weight and riding style can affect distance. Understanding these factors will help you plan your rides better and get the most out of your e-bike.
At JOBOBIKE we provide guidelines that take typical routes, terrain and riding habits into account to set clear and realistic range expectations. We encourage our drivers to think about their usual habits and needs when choosing a model and battery. Finding the right balance between pedal power and motor support can make all the difference.
Maximize your ride with JOBOBIKE
With an e-bike, it's not just about getting from A to B. It's about enhancing your overall experience. When you understand how factors like terrain, pedals, and weight affect range, you can plan better and enjoy every ride. Whether you're commuting, exploring new paths, or tackling hills, with the right balance of motor power and pedaling force, you can maximize battery efficiency. At JOBOBIKE, we design our E-Bikes to suit various riding styles to ensure you find the perfect model for your lifestyle. By considering battery capacity, rider inputs, and weight, we aim to provide you with clear and accurate information to help you choose the best e-bike for your needs.
