Electric bikes, also known as e-bikes or electric assist bikes, amplify your pedalling power using a motor and battery system. They still feel like bikes, but they make hills easier, longer rides more manageable, and everyday journeys much more enjoyable.
All electric bikes use an electric drive system to support your pedalling. That system usually includes a motor, a battery, and a control unit that lets you choose how much assistance you want.
The result is a bike that still relies on your input, but gives you extra support when you need it. Most e-bikes also include a remote or controller that lets you switch the bike on and off, change assistance modes, and view key ride information. If you are just starting out, browsing our full range of electric bikes is a good way to see how different systems and styles compare.
• E-bikes still require pedalling
• The motor provides assistance, not full motorcycle-style power
• Different systems offer different levels of power and feel
• Battery size affects how far you can ride
• Displays and remotes help you control the system
Although electric bikes look similar to regular bicycles, several key parts set them apart. Understanding these components makes it much easier to compare bikes and choose the right one.
Just like a conventional bike, every e-bike starts with the frame. However, e-bike frames are usually designed specifically to work with a motor and battery. That often means stronger construction, more careful cable routing, and frame shapes that integrate the battery neatly and keep the bike stable when riding.
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The motor is the part of the e-bike that provides assistance when you pedal. Some motors are more powerful, lighter, quieter or smoother than others, and the location of the motor makes a big difference to how the bike feels on the road or trail. The two most common types are mid-drive and hub-drive motors.
Mid-drive motors sit low and centrally around the crank area, where you pedal. This gives the bike a stable centre of gravity and usually delivers a more natural, balanced riding feel. Mid-drive systems are especially popular on premium commuter, trekking and electric mountain bikes.
Hub-drive motors are usually built into the rear wheel hub. They are often lighter on price and can make e-bikes more accessible for everyday riding and commuting. They can feel a little different from mid-drive systems, but they are a practical option for many riders.
Every e-bike motor is powered by a battery, but not all batteries are the same. They vary in size, shape, location and capacity. Battery capacity is normally measured in watt-hours (Wh), and that figure gives you a useful indication of how much energy the battery can store. In simple terms, the bigger the battery capacity, the further you are likely to ride with assistance.
The remote or controller is how you interact with the e-bike system while riding. It usually lets you switch the bike on and off, change assistance modes, and move through the display screens. Depending on the system, it may also include battery status, light controls and ride information.
Your display is the dashboard of your e-bike. Most displays show battery level and current assistance mode, while more advanced systems can also show speed, trip data, navigation, fitness metrics and range estimates. Some bikes have a separate display, while others integrate it into the handlebar controls or connect to your smartphone.
Electric bike terminology can feel a bit overwhelming at first. Here are some of the most common terms you will hear when comparing e-bikes, and what they actually mean in the real world.
Torque is the turning force produced by the motor, and it has a big influence on how strong the bike feels when pulling away or climbing hills. It is measured in Newton metres (Nm). Higher torque can feel more powerful and immediate, while lower torque often feels smoother and more natural. Neither is automatically better, it depends on the kind of riding you want to do. If you are looking at more powerful off-road or adventure-focused models, it is worth browsing electric mountain hardtail bikes to see how motor characteristics differ.
Power is measured in watts (W) and describes the motor’s output. In the UK, electrically assisted bikes that remain classified as bicycles are generally limited to a maximum continuous rated power of 250W. That is why legal road e-bikes assist your pedalling rather than behaving like mopeds or motorcycles.
Battery capacity is usually shown in watt-hours (Wh). The larger the number, the more energy the battery can store. Larger batteries usually support longer rides, but they also tend to add more size and weight. Finding the right balance depends on whether you prioritise range, lighter weight, or a particular riding style.
A charge cycle refers to a full discharge and recharge of the battery. E-bike batteries are designed to last for many hundreds of cycles, and modern systems are typically very durable when looked after properly. To help extend battery life, store it somewhere cool and dry, charge it sensibly, and keep up with regular servicing. Our workshop can help with ongoing servicing and advice on battery care.
Range is how far your e-bike can assist before the battery needs recharging. It depends on a lot more than just battery size. Terrain, wind, rider weight, tyre pressure, riding style, support level and even temperature all play a part. That is why quoted range figures are best treated as estimates rather than guarantees. For many riders comparing different styles, electric hybrid bikes are a good place to start because they often balance comfort, practicality and range very well.
Understanding the basics is the first step, but the best way to choose the right e-bike is to compare the options properly and get advice that matches the way you ride. Our team can help you make sense of motors, batteries, range and bike types.
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