
Electric bike conversion kits are a great way to give your fan bike an electric boost without the price tag of a full e-bike. These kits, which typically include a motor and battery, can be installed on most conventional bikes, allowing you to enjoy the benefits of power-assisted riding. With the rising popularity of e-bikes, conversion kits offer a more affordable and greener option for commuters, casual riders, and enthusiasts alike. Before purchasing a kit, it's important to consider factors such as battery voltage, output, and charger compatibility to ensure a safe and enjoyable riding experience.
| Characteristics | Values |
|---|---|
| Cost | Electric bike conversion kits are an affordable way to add power to your bike, at a fraction of the cost of a full machine. |
| Installation | Conversion kits are easy to install, but you may need additional tools to help you assemble them. |
| Compatibility | Conversion kits are compatible with most bikes, but some newer, more expensive models may not be compatible. |
| Performance | Electric bikes offer increased speed, distance, and assistance when climbing hills. |
| Battery | The battery voltage and output must match the motor, and the charger must be compatible to avoid safety risks. |
| Maintenance | Regular maintenance and repairs may be required, and it is important to source batteries from reputable manufacturers to ensure safety. |
| Legal considerations | In the UK, electric bikes are not permitted to have a power output of more than 250W and should not propel the bike when it is traveling more than 15.5 mph. |
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What You'll Learn

Electric bike conversion kits
There are a few things to consider before buying a conversion kit. Firstly, you'll need to decide whether you want to convert your existing bicycle or buy a complete electric bike. If you already have a bike that you love riding, converting it with a kit means you can continue enjoying the same ride quality while introducing electric assistance. Another factor to consider is the type of motor and battery you want. The battery voltage and output need to match the motor, and it's important to ensure that your charger is compatible to avoid safety hazards.
When it comes to the installation process, some kits follow the same principles as front-wheel e-bike conversions. This involves setting up the wheel with a disc rotor, tyre, and inner tube, then installing it into the bike. You then attach the cadence sensor, battery, and LCD display. However, it's important to note that these kits are only compatible with bikes that have a front disc brake and a quick-release axle.
There are also mid-drive motor options that use the existing drivetrain and augment your bike pedalling with electric power. These work by spinning the front chainring directly, which drives the chain and rear gears, moving you forward. The size of the chainring will determine the torque (rotation power) you get from a specific RPM. A smaller chainring will allow for quicker acceleration and less strain on the motor, while a larger chainring will give you a higher top speed but will drain the battery faster.
Overall, electric bike conversion kits offer a cheaper and greener form of transport, allowing you to commute at a higher pace with less effort than a conventional bike.
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Compatibility and safety
Battery and Motor Compatibility: Ensure that the battery voltage and output match the motor's requirements. Incompatible batteries and chargers are a common cause of fires in electric bikes. Check the wattage and amp hours of your motor and select a compatible battery. The formula for calculating battery duration is straightforward: a 100Wh battery will last an hour with a motor output of 100 watts.
Bike Compatibility: Not all electric conversion kits are compatible with all bikes. For example, some kits are designed for bikes with front disc brakes and a quick-release axle. Newer, more expensive bikes may not be compatible with certain kits. Check your bike's specifications before purchasing a conversion kit.
Legal Compliance: Familiarize yourself with local laws regarding electric bikes. In the UK, for instance, e-bikes are limited to a power output of 250 watts and a maximum assisted speed of 15.5 mph. Ensure your setup complies with the regulations in your region.
Installation Safety: Converting a fan bike to electric power involves complex mechanical and electrical work. If you're uncomfortable with the process or lack the necessary tools, consider seeking professional assistance from a bike shop. Incorrect installation can lead to safety hazards, so always follow instructions carefully and consult experts if needed.
Motor Mounting: When mounting the motor, ensure it is securely attached and facing the correct direction. Use bolts and retaining pieces, and consider using Loctite on the threads for added security. Allow sufficient curing time, typically around 24 hours, before testing the setup.
Battery Mounting: The battery should be mounted securely and safely. Some batteries attach to the handlebars, allowing for easy removal and storage. Ensure the battery is properly connected and secured to avoid accidental disconnection or theft.
Display and Sensors: Electric bike conversion kits often include an LCD display and a cadence sensor. Ensure these components are properly attached and configured. The cadence sensor is crucial for detecting when you need assistance while pedaling.
Chain and Chainring: When installing the chain and chainring, follow the manufacturer's recommendations. "Narrow-wide" chainrings are commonly suggested for single-ring setups to improve grip. Adjust the shifting as needed, and pay attention to your bike's chainline after mounting the electric motor.
Safety Testing: Once the conversion is complete, thoroughly test the setup to ensure it functions safely. Check the range, ease of use, and durability. Consult a bike mechanic if you have any concerns or doubts about the safety of your converted fan bike.
By carefully considering compatibility and safety, you can confidently convert your fan bike to electric power, enjoying improved performance while ensuring a secure and legal riding experience.
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Motor and battery options
Motor Options:
One of the most popular motor options for electric bike conversions is the front hub motor. This involves swapping out the front wheel of your bike with a motorised one. Well-known companies like Bafang offer front hub motor kits that provide a range of specifications to choose from. You can select your preferred wheel size, display settings, and battery size and shape. However, keep in mind that the installation process for front hub motors can be complex and time-consuming.
Another option is a mid-drive motor, such as the BBS02, which uses the existing drivetrain to provide electric assistance to your pedalling. Mid-drive motors spin the front chainring, which then drives the chain and rear gears, propelling the bike forward. The size of the chainring determines the torque (rotation power) you'll get from a specific RPM. A smaller chainring will provide better acceleration and less strain on the motor, while a larger chainring will result in a higher top speed but will require more effort from the motor.
Battery Options:
When selecting a battery, it's crucial to ensure that the battery voltage and output match the motor's requirements. Incompatibility between the battery and motor can be dangerous and is a common cause of fires in electric bikes. For example, a 100Wh (Watt-Hour) battery will last for one hour when paired with a motor outputting 100 watts of power.
The battery AH (ampere-hour) rating is also essential for optimal performance and safety. To calculate the AH rating, divide the motor power rating by the motor voltage rating and multiply by one hour. For instance, a 48V 500W motor should be paired with a 48V battery with an AH rating of at least 10.4AH. A higher AH rating will result in a longer range and extended battery life.
Additionally, consider the ease of mounting the battery. Batteries that clip into a rear rack are generally easier to secure and provide convenience in removing the battery for storage or charging. Some electric bike conversion kits, like the Swytch system, feature handlebar-mounted batteries, making them easily accessible and portable.
When choosing a battery, prioritise quality by selecting reputable suppliers like Ping Battery, which offers LiFePO4 Battery Packs for electric bikes, or Grin Technologies, which provides excellent technical support.
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Installation process
The installation process for converting a fan bike into an electric bike can be done by following these steps:
Firstly, it is important to choose the right electric bike conversion kit. There are various options available, such as the Swytch Kit, which offers a lightweight and portable design, and the Luna Cycle kit, which is priced at around $1100. The chosen kit should include a motor, battery, and controller, as these are the essential components for electrification.
Once you have the kit, the first step is to set up the front wheel. This involves installing a disc rotor, tyre, and inner tube. Ensure that your fan bike is compatible with the new wheel setup, especially if it has disc brakes or a specific axle type.
Next, attach the cadence sensor, which detects when you're pedalling and need assistance from the motor. This is an important component for ensuring the electric system functions properly. After this, the battery and LCD display can be installed. The battery should be mounted securely, usually on the handlebars, and connected to the motor and display. Ensure that your charger is compatible with the battery to avoid any safety issues.
Now, it's time to mount the motor. Use bolts and retaining pieces to secure it in place, following the manufacturer's instructions for direction and torque specifications. Once the motor is mounted, place the chain on the chainring, adjusting the shifting as needed. The "narrow-wide" chainring type is recommended for better chain retention.
Finally, test the setup. Start pedalling and ensure that the power from the motor kicks in as expected. You may need to adjust the bike's chainline after installing the motor.
Converting a fan bike into an electric bike can be a rewarding project, providing a cheaper and greener mode of transport. However, it is important to approach this as a complex DIY project, ensuring you have the right tools and skills to complete the installation safely and securely.
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Performance and benefits
Converting a fan bike into an electric bike offers several advantages in terms of functionality and user experience. One of the key benefits is the ability to boost cardio health. Fan bikes, also known as air bikes, provide a great cardio workout by using air resistance, which increases as you pedal faster. This type of aerobic exercise helps improve cardiovascular health, reduce the risk of heart disease, high blood pressure, Type 2 diabetes, and other diseases. Additionally, it enhances lung function, making them more efficient at transporting oxygen throughout the body.
Electric conversion kits can be attached to the front wheel or the mid-drive of the bike. Front hub motors are typically easier to fit, while mid-drive motors, such as the BBS02, use the existing drivetrain to provide electric assistance to your pedaling. The choice between the two depends on your preference for ease of installation or a more natural-feeling ride experience. The TongSheng mid-drive motor, for example, offers compatibility with a wide range of bike designs and provides high torque for steep hills and off-road terrain.
Another benefit of converting your fan bike into an electric bike is the ability to cover longer distances with less physical exertion. Electric assistance can make commuting and running errands around town faster, less tiring, and more enjoyable. The electric boost can help you climb hills with ease, and the adjustable levels of assistance allow you to customize your ride based on your needs and fitness level.
In addition to the performance enhancements, converting to an electric setup can provide cost savings compared to purchasing a dedicated e-bike. Electric bike conversion kits are a more affordable option, allowing you to add power assistance to your existing bike without the price tag of a full e-bike. This is especially beneficial if you already own a bike that you love riding, as you can maintain the same ride quality while adding the convenience of electric assistance.
Lastly, converting your fan bike into an electric bike can contribute to a greener lifestyle. Electric bikes offer a cheaper and more environmentally friendly mode of transportation compared to conventional cars or even fuel-powered bikes. They can help reduce your carbon footprint and provide a speedier and less sweaty alternative for commuting or running errands, all while saving you money on fuel or rail fares.
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Frequently asked questions
You can convert your fan bike into an electric bike by purchasing an electric bike conversion kit. These kits are available in different configurations and can be purchased from companies such as Luna Cycle, Cycling Weekly, and Swytch. The kits typically include a compact electric motor and battery that can be installed on your existing bike.
Converting your fan bike into an electric bike can provide several benefits. Electric bikes can increase the distances possible with commuter bikes and can replace a car for running errands around town. They can also make cycling faster, less tiring, and reduce the amount of sweat generated. Additionally, electric bikes can be a cheaper and greener form of transport compared to conventional bikes or cars.
When choosing an electric bike conversion kit, it is important to consider the compatibility of the kit with your bike. You should also ensure that the battery voltage and output match the motor, and that the charger is compatible to avoid safety hazards. It is recommended to purchase batteries from reputable manufacturers, preferably certified by UL, to ensure safety and reliability.










































