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Do you know the electric bikes you are riding with style on your city roads and off-roading tracks are controlled by a single component named e bike controller? It is also called the brain of an e-bike because it works as a communication hub for the vehicle in translating signals to required actions.

Every electrically powered bicycle comes with a controller making the vehicle work systematically or preventing it from malfunctioning by identifying and solving errors. Smart manufacturers are using this component in their products. For example, we, Engwe, is using the best available 'electric bike brain' in every product be it Engwe LE20, C20 Pro, E26, and so on.

Let's see how electric bike controllers work, their functions, types and more to better know the compenent and e-bikes.

The electric motor plays an important role in deciding which vehicle to buy or which not, because the efficiency and performance of it will greatly affect the working of vehicles.

There are different types of electric motors being used in e-bikes, but the hub motor is the top choice among most of the producers. E-bike manufacturers choose to use this motor in pedal-assisted electric bicycles in order to reduce production costs and provide the ultimate riding experience to the riders. There must be some reasons, apart from being cost-efficient, that the top companies are using this specific type in their vehicles.

Let's explore those reasons to help you understand why hub engine is best for you to buy.

Many people in Europe opt for e-bikes as they are cheaper, more eco-friendly, and offer faster commutes. These electric bikes have various components to ensure the proper functioning of the vehicle and a safe and comfortable riding experience. One of these components is the electric bike sensor, which is an important component to make your riding safer and easier.

Next, let's follow this guide to learn about the various types of ebike sensors.

Electric bikes are growing rapidly in reputation across Europe as an effective and environment-friendly form of transportation. While it is beneficial to purchase an electric bike, it is important to understand the difference among power and torque when you pick out an e-bike.

In this article, let's discover the differences between power and torque, how they impact your ride experience, and which should come first when buying an e-bike.

Starting from the launch of the new product P275 on February 19, Engwe has provided active and preferential promotions for new and old customers, giving more people the opportunity to enjoy the ultimate experience of P275 Pro and P275 ST electric commuter bikes at an affordable price. Now the event has entered the final countdown stage! There are only 2 days left for the Engwe P2725 promotion to end. If you miss this opportunity, you will no longer be able to buy Engwe P275 at such a discounted price.

Engwe P275 includes two urban e-bikes, Engwe P275 Pro and Engwe P275 ST. The electric bikes are crafted by the Engwe team and uses a variety of well-known bike components such as Samsung lithium-ion batteries, Tektro hydraulic disc brakes, and more. The advantages and features of these well-known bike-components are fully utilized on ENGWE P275 electric bikes, while also improving the quality and performance of P275 Pro and P275 ST, providing riders with an excellent riding experience.

Electric bikes provide power assistance through an integrated electric motor that supplements the rider's pedaling. There are several types of motors used in electric bikes, each with its own advantages. Understanding the different types of electric bike motors and their characteristics allows riders to select the best motor option to suit their specific riding needs and preferences. In this detailed guide, we will provide an in-depth look at the various types of motors used in electric bikes including hub motors, mid-drive motors, crank drive motors, brushed vs. brushless motors, and friction drive motors.