ELECTRIC BIKE CONVERSION FITTING COST £150 + KIT

Crank drive, front wheel, and rear wheel e-bike conversions are three common methods of converting a traditional bicycle into an electric bike.

Crank drive e-bike conversions involve replacing the bike’s bottom bracket with a motor and battery, which is typically located near the pedals. This type of conversion offers better performance, longer battery life, and a more natural riding experience.

Front wheel drive e-bike conversions involve replacing the front wheel of the bike with a motor and battery, which is typically mounted on the front hub. This type of conversion is relatively easy to install and less expensive than other types of e-bike conversions, but it can make the bike feel less stable.

Rear wheel drive e-bike conversions involve replacing the rear wheel of the bike with a motor and battery, which is typically mounted on the rear hub. This type of conversion offers a lot of power and torque, but can make the bike feel heavier and less manoeuvrable.

Each type of e-bike conversion has its own advantages and disadvantages, and the best option for you will depend on your specific needs and preferences.

Crank drive electric bikes, also known as mid-drive electric bikes, have several advantages over other types of electric bikes:

Better performance: Crank drive electric bike provide better performance than other types of electric bike because the motor is located in the center of the bike, near the pedals. This allows the bike to use the gears of the bike to climb hills and accelerate more efficiently.

Longer battery life: Crank-drive electric bikes use the battery more efficiently than other types of electric bikes. This is because the motor is able to use the gears of the bike to maintain a consistent speed, which reduces the strain on the battery.

More natural riding experience: Crank drive electric bikes provide a more natural riding experience because the motor is located near the pedals, which makes the bike feel more balanced and stable. This also makes it easier to pedal the bike when the motor is not in use.

Greater range: Because of the efficient use of the battery and the ability to use the gears of the bike, crank-drive electric bikes typically have a greater range than other types of electric bikes. This means that you can travel further on a single charge.

Overall, crank-drive electric bikes are a great option for those who want a high-performance e-bike that provides a natural riding experience and has a longer range.

A rear-wheel drive electric bike conversion kit involves replacing the rear wheel of a traditional bicycle with an electric motor and a battery. The motor is mounted on the rear wheel hub, and the battery is usually mounted on the frame of the bike.

One of the primary advantages of a rear-wheel drive electric bike conversion is that it provides a lot of power and torque. This is because the motor is connected directly to the rear wheel, which allows the bike to climb hills and accelerate quickly. Rear-wheel drive e-bikes are also typically more stable than front-wheel drive electric bikes because the weight of the motor and battery is centered over the rear wheel.

Another advantage of a rear-wheel drive electric bike conversion is that it is relatively easy to install. The conversion kit usually includes everything you need to convert your bike, including the motor, battery, and all necessary wiring and hardware. This makes it a great option for those who want to convert their existing bike into an e-bike without having to purchase a new bike.

However, one potential drawback of a rear-wheel drive electric bike conversion is that it can be more difficult to pedal the bike when the motor is not in use. This is because the added weight of the motor and battery can make the bike feel heavier and less manoeuvrable. Additionally, the conversion process can be more difficult for those who are not familiar with working on bikes, and it may require some technical expertise to install the motor and battery correctly.

Overall, a rear-wheel drive electric bike conversion can be a great way to upgrade your traditional bike into a powerful electric bike that can handle tough terrain and long distances. It offers high levels of power and torque, stability, and ease of installation, making it a popular option for many electric bike enthusiasts.

A front wheel drive electric bike conversion involves replacing the front wheel of a traditional bicycle with an electric motor and a battery. The motor is mounted on the front wheel hub, and the battery is usually mounted on the frame of the bike.

One of the primary advantages of a front wheel drive electric bike conversion is that it is relatively easy to install. The conversion kit usually includes everything you need to convert your bike, including the motor, battery, and all necessary wiring and hardware. This makes it a great option for those who want to convert their existing bike into an electric bike without having to purchase a new bike.

Another advantage of a front wheel drive electric bike conversion is that it is generally less expensive than other types of electric bike conversions, such as mid-drive conversions. This is because front wheel drive conversions require fewer parts and are generally simpler to install.

However, one potential drawback of a front wheel drive electric bike conversion is that it can make the bike feel less stable, especially at higher speeds. This is because the weight of the motor and battery is centered over the front wheel, which can cause the front of the bike to feel heavier and less manoeuvrable.

Additionally, front wheel drive electric bikes can be more difficult to handle in wet or slippery conditions. This is because the front wheel can lose traction more easily, which can cause the bike to slide or skid.

Overall, a front-wheel drive electric bike conversion can be a great way to upgrade your traditional bike into an electric bike without having to purchase a new bike. It is relatively easy to install and less expensive than other types of electric bike conversions. However, it is important to consider the potential drawbacks, such as decreased stability and difficulty in handling wet or slippery conditions, before deciding on this type of conversion.