Folding electric bikes are lighter than traditional style bikes, with an average weight of around 50-100 pounds. Compared standard e-bikes, folding e-bikes have a smaller throttler range and limited top speed. As a trade-off for these drawbacks, They are typically less expensive and have much lower maintenance costs than traditional e-bike models. You may not realize it now, but in the long run, adding a folding e-bike to your commuting lifestyle can save you a lot of money!
Here are some of the key factors that determine the weight of a folding electric bike. To help you understand, there are also some simple data to help you accurately understand.
Battery weight and shape
Battery is the important component in folding electric bikes, as its weight and shape directly affect the overall weight and and folding performance of the bike. A large battery typically provides power for folding electric bicycles. The greater the power of the motor and battery, the heavier they will be. Factors that determine battery size include the terrain you will be riding on and how far you plan to travel each day. A larger battery will make your electric bike heavier, thereby affecting its weight.
The lighter the battery, the lighter the overall weight of the bike. Therefore, manufacturers typically choose lightweight batteries to reduce the overall weight of the bike. In addition, the space occupied by the battery also affects the overall size and folding convenience of the folding electric bike.
Furthermore, the shape of the battery also has a certain impact on the folding of the entire bike. For example, the Hipeak folding electric bike uses a more compact battery design, which allows the battery to be better embedded within the frame, effectively reducing the size of the entire bike. At the same time, in the selection of the battery, factors such as capacity and endurance need to be considered to meet the travel needs of consumers. Hipeak bike uses a 48V 15Ah lithium-ion battery, providing you with a commuting distance of 60 miles in pure electric mode. With a weight of 61 pounds, it is easy to pedal home even when the battery is completely depleted.
Many electric bikes choose rear-wheel drive(RWD), which means the motor is located in the rear wheel area instead of the frame. In the RWD system, the chain or belt operate along each wheel, directly connecting it to the rear wheel hub, just like a car’s transmission.
A rear hub motor can enhance the portability of a electric bike because it can reduce the weight and volume of the electric bike. Compared to traditional mid-drive motors, the rear hub is more compact and does not require the use of a transmission system, which can reduce the weight and size of the entire powertrain system. This makes it easier to fold and carry a foldable electric bike. Additionally, the rear hub motor can improve the stability and riding experience of the electric bike because it can provide smoother power output and better traction. In short, using a rear hub motor is an effective way to enhance the portability of a folding electric bike.
When designing a folding electric bike, Hipeak considers both the weight and performance of the motor to provide the optimal balance point. It use a 750W rear hub motor to provide powerful output while enhancing portability.
Different materials have different densities and strengths. Common lightweight materials include aluminum alloys, carbon fiber, and titanium alloys, which are usually lighter than traditional steel but also more expensive while maintaining strength and rigidity. Therefore, using lightweight materials can reduce the weight of folding electric bicycles, making them easier to carry and more flexible. However, the use of lightweight materials may also increase production costs and in some cases may reduce the durability and stability of the electric bicycle.
Hipeak considers the choice of materials and their impact on performance, weight, and cost when designing folding electric bicycles. They use 6160 aluminum alloy material, which has good strength, stiffness, and corrosion resistance, and is also easier to process and weld than many other aluminum alloys. Therefore, it can to some extent reduce the overall weight of the folding electric bicycle and improve its durability and stability.
Foldable electric bicycles should be built as lightweight and aerodynamic as possible. Different design options may require the use of different materials and production techniques, which can affect the overall weight of the bike. For example, in frame design, using hexagonal or other shaped pipes with thinner walls and reasonable cross-sectional shapes can reduce the weight of the entire bike, but it may also reduce its strength and rigidity. In addition, some designs can reduce the weight of the entire bike by reducing the number of components, using high-strength materials in key locations, or using composite materials.
In the design of foldable electric bicycles, factors such as foldability and portability also need to be considered. If the design is improper, it may increase the difficulty of assembly and folding, and also affect the stability and safety of riding. Therefore, Hipeak designers consider multiple factors such as the structure, materials, and folding mechanism of the bike to achieve the optimal design while ensuring the functionality and performance of the bike.
The internal gears of traditional bikes are changed manually. Electric bikes can have these gears or be single-speed, which means that your gear shifting is electronically controlled. Single-speed motors are usually lighter in weight than multi-speed motors because they do not require extra weight support.
Electric bikes also include some additional components that you can us to charge the batteries and keep them running smoothly. These components add extra weight, but are often necessary for your periodic maintenance. The most common charging equipment include a motor controller which helps manage battery usage. Controllers have different sizes and shapes, and larger controllers will add more weight to your folding electric bikes.
How much does a folding electric bike weigh? As you can see, many different factors determine t he weight of an electric bike. While multiple variables can affect eight, the battery is the most important. The more powerful the battery and motor, the heavier they will be.