MORE RIDES. MORE SPEED. MORE DISTANCE. MORE FUN.
Get a $200 instant rebate. Any Green Mountain Power customer that plans to use their new ebike purchase for commuting qualifies for the rebate!
These Cannondale best-in-class electric-bikes are the most fun and easy to use – They are capable and made for everybody. Here’s a guide to finding the e-bike that meets your needs.
What is an electric bike?
Riding an e-bike is just like riding a bicycle, only even better – with an electric bike, you have a battery-powered motor to assist you along the way. You can ride further, you can travel faster, you can enjoy your journeys more – simply set the motor to enhance your pedal-power, and it’ll help you with every pedal of every ride.
Built-in power to take on your new favorite hill.
Where can I ride my electric bike?
Whether you want to commute through the city, enjoy your new favorite byways, or tackle the great outdoors, the e-bike is the perfect solution for all rides. Cannondale e-bikes come with the latest technology made for pure enjoyment.
Why is an electric bike better?
If you’re getting back into riding bicycles, if you want to take the longer route home, if you want to ditch the car and pedal instead, or if you want to carry more, climb more and just ride more, then let the e-bike take you there. It’s so easy.
What's not to like?
You can ride to improve your fitness, you can ride further and carry more gear, you can leave the car at home and help save the environment – on an e-bike you can do so much more and really feel the benefits.
Go where you need to go. Be where you want to be.
How do I charge an electric bike battery?
Charging is easy - simply plug and play. Our e-bikes come with everything you need for standard home and office charging. The right bike is matched with the right battery: the size of the battery will determine how far you can go on a single charge, and also how much power the motor has on tap to help you when you need it. Removable batteries are fully integrated into the bike’s frame, and the battery capacity is measured in Watt-Hour (or Wh).
How do I get going on an electric bike?
Jump on board - it’s easy. Just press play - that’s easy, too. Select the power mode, pedal away, and the motor will help propel you along. All the ride information you’ll need is displayed right there on the control panel in front. It’s all so, so easy. You’ll wonder why you haven’t done this before.
Expand your horizons: up to 120km or 74 miles on a single charge.
How far can I go on an electric bike?
Just how far and how fast you can go depends on many factors, such as how much you're pedalling in the highest power mode, how hilly your ride is and how fast you're going. Just like driving a car, if your foot is hard on the accelerator all the time, naturally you'll use up more fuel. Likewise, the harder you use the electric motor on an e-bike, the more battery power it uses. Fear not, the range on our e-bikes is impressive, re-charging is simple, and some models offer additional battery packs that easily attach right to your bike.
EVERY CANNONDALE ELECTRIC BIKE IS DESIGNED TO BE THE BEST IN ITS CLASS.
Cannondale has integrated their best bicycle designs with the finest motors and extended-range battery systems to create e-bikes that are perfectly suited for you and the kind of riding you want to do. Whatever that is, wherever you want to ride, they’ve got you covered.
Cannondale works closely with the world's leading motor makers to choose the right e-bike motor for the right type of bike – look for Bosch, Shimano or Mahle – featuring either hub-drive or mid-drive. Not only does riding an electric bike feel natural, you also feel energized.
More questions? We have answers.
Many factors influence this answer. With a full charge of your e-bike’s battery your e-bike's range – which is how far you can ride today – varies from 35km / 20 miles right up to 160km / 100 miles or more. In general, the more power you want from the motor, the more energy it uses up, and this affects how far you can go on your bike ride.
Other factors that affect e-bike range are the steepness of the terrain, the road surface, the weight of the rider and kit on board, the wind conditions, and more. Think of it as miles-per-gallon in a car and being able to make the most of your range by riding economically. The tip is to optimize the power level and how you are riding while keeping an eye on the range left in your battery, which is typically shown on your bicycle’s display unit.
It depends on the size of the battery, its capacity, and the type of charger. Each e-bike will come with a guide or technical manual which will give you the specifics for your bike’s system. For example, a higher capacity 625Wh battery can be 50% charged in around two hours, and fully charged in five hours with a standard charger. With the fast charger, you can bring the time to charge a battery to 50% right down to just over an hour, and fully charged in around three hours.
These are built to last. Usually, an e-bike's battery lasts over 500 cycles – this means you can charge and completely discharge it about 500 times. Your electric-bike battery is similar to your phone’s battery. It’s still a lithium battery, it’s only bigger. Also, Li-Ion batteries do not have what’s called a ‘memory’ effect, so there’s no need to fully charge the battery or drain it completely before recharging it again for your next ride.
The range – the distance that you can ride your e-bike – is shown clearly on the digital display positioned on your handlebar, or even on your smartphone.
It’s very simple. You just need to charge your electric bike battery with the charging unit that comes with the bike and plug it into a normal domestic socket or outlet. You can charge the battery directly while it's still on your e-bike, or you can remove the battery and charge it separately in your home or office.
No – to recharge your battery, it needs to be connected and charged via a regular electric outlet or socket, in the same manner as you would charge your phone or laptop.
Yes – the motor adds power to your ride, but only when you actually pedal your bike. You can still ride your e-bike even if you do not want to activate the electric assistance, and you can freewheel and cruise along, just like a regular bike. It feels and rides like a conventional bike – with added power, when you want it.
No – each Cannondale electric bike is delivered with a dedicated charger with a specific cable and plug built for e-bikes only, and this can’t be used for other electrical devices.
Yes, you can – riding an e-bike is still great exercise. Depending on the amount of exercise you want to do and the power assist you want from the motor – you select between different power modes by simply pushing a button to get the right level of power assist. Remember, you always have to pedal, and it can still be a great workout.
Absolutely! Riding an e-bike means you can go farther, power up those hills, and reach destinations you'd never thought was possible to go to.
The battery – which is a valuable part of the bike – on each Cannondale e-bike is locked to the frame for security. To remove the battery, you have to use the key provided with your electric bike.
Yes – all electrical components on an e-bike have been designed and made to be waterproof. You can carefully wash your e-bike with no problem (however we don’t recommend using a jet-wash or power-wash hose), meaning you can enjoy riding in all seasons.
In winter it’s recommended to remove the battery from your e-bike and store it in a cool, dry place – Li-Ion batteries don't like being left out in the cold and wet. If possible, when not in use store your e-bike indoors or under-cover as well. You should also try and keep it charged at around 70% to guarantee a long life to your battery.
On many Cannondale electric bikes, there is a wheel sensor that automatically records your trip. You simply download the Cannondale App, pair it to your bike and you can see how you and the Cannondale community are improving your ecological footprint, every time you leave the car behind and take the bike.
Specifically, when riding an e-bike you emit the equivalent of, at most, 3–5 grams of Co2 per Km in full power mode (due to charging via an electric output and how that electricity was supplied). If you did the same journey by driving a car, Co2 emissions are anything above 120grams/km. Save the planet little by little and get fit at the same time!
First and foremost, picking the right bicycle brand means product reliability, best quality, and safety. Then you have to consider how and where you want to use your electric bike — the type of terrain, how long you want to ride, and where do you want to go. We would also recommend you visit us in store or contact us to check out the options and speak to someone who can help size you up and pick the right bike for you. We have a wide range of electric bikes to fit your purposes – we have e-bikes for everybody.
There are two different motors, and they relate to their position on the bicycle: an e-bike will be equipped with either a hub motor, or a mid-motor.
The hub motor is in the center of the rear wheel and is widely recommended for urban use, casual cycling, and commuter rides. The hub motor is also good for road cycling, as it’s perfect if you still like to have a sensation of performance.
An e-bike mid-motor is mounted on the frame in the crank/pedals area – this system is generally more powerful and perfect for more mountainous or off-road terrain and longer routes.
Wh stands for Watt-hours and determines how much energy is kept in the battery in a single full charge. The larger the Wh number, the more energy can be stored in the battery. So the higher the Wh number, the more potential range you have, and the longer you can ride your e-bike.
In the motor's technical spec, we show you the Newton-meter (Nm) and the Watt (W). Both numbers indicate how much help or power you will have to go fast or climb a steep hill. The Watt level is limited by regulations to 250W continuous output. The Newton Meter is only limited by physics and the value indicates the torque. Torque is the force provided to turn the rear wheel. The higher the torque is, the quicker can a bike be accelerated or ride up a steep hill – think of it as a ‘twisting’ or turning force.