The future of transportation.

01What are eBikes?

eBikes use electricity for propulsion.

They do this with an integrated electric motor to generate momentum, and a battery to provide power.

eBikes have been around forever - the first patents were granted at the end of the 19th century. The technology and infrastructure has evolved a long way since.

You don't need to know all these additional details about your eBike, but they can help you understand how eBikes differ from each other in your search.

1. Classes

   eBike classes are used to differentiate between various types of electric bicycles based on their top assisted speed and power output. Most regions have adopted a three-class system.

   Class 1: Pedal Assist/Pedelec

   The motors in a Class 1 eBike require pedalling to provide power, and they are restricted to a top speed of 20mph. They can be generally be used on any roads you can ride a traditional bicycle, and typically do not require a special license.

   Class 2: Throttle Assist

   Class 2 eBikes can provide power with the twist of a throttle, similar to a motorcycle. They are limited to a top speed of 20mph similar to Class 1 eBikes. Some regions may impose additional restrictions limiting where Class 2 eBikes can be used.

   Class 3: Speed Pedelec

   Class 3 eBikes require pedalling like Class 1 eBikes, but can reach a higher speeds of up to 28mph. However, they are more restricted. Depending on the region, they may only be allowed on certain roads and can require additional licenses.

2. Motors

   The motor is the heart of an eBike, as it determines the amount of power and support you'll receive while riding. eBikes use either a hub drive or a mid-drive motor to provide propulsion. Regardless of which type of motor you choose, both hub drives and mid-drives can effectively power an e-bike, making either option a good choice. When choosing an e-bike, it's important to find a motor that feels comfortable and fits your budget. Whether you're riding on flat terrain or steep hills, an e-bike motor will provide you with the power and support you need to enjoy your ride.

   Hub Drive Motors

   Hub drive motors are located in the rear or front wheel hub and provide smooth and consistent power. These motors are typically easier to install and maintain, making them a popular choice among e-bike riders. They are also less expensive than mid-drive motors, making them a good option for those on a budget.

   Mid Drive Motors

   Mid-drive motors are located in the middle of the bike near the crankset. This design allows for a better distribution of weight and improved handling, making mid-drive motors ideal for more technical and challenging terrain. They also offer more efficient use of gears, which can extend the range of your e-bike, as well as improved traction on slippery surfaces.

02Practical

eBikes can handle more trips than you think.

Thanks to significant improvements in technology, eBikes can replace many car trips.

03Sustainable

Lower your carbon footprint.

Road transport accounts for 10% of global CO2 emissions. eBikes are a crucial lever in bringing this down.

eBikes have a significantly lower environmental impact compared to traditional gas-powered vehicles. Firstly, the production of eBikes requires fewer resources and produces fewer emissions compared to traditional vehicles. Secondly, when it comes to day-to-day use, eBikes emit zero emissions, which means they do not contribute to air pollution. Thirdly, they can utilize clean energy sources, lowering their carbon footprint. Additionally, eBikes are much more energy-efficient than cars. They use less energy to travel the same distance, which reduces the overall carbon footprint of transportation.