When it comes to ride an ordinary bike, the fastest speed depends on the effort you pay to your pedals. The more you give, the faster you will ride. You have a complete control of your speed when cycling using regular bikes.
So how about ebikes? In fact, most ebikes are not designed for high speeds, but rather for assistance in achieving and sustaining higher speeds, carrying goods, or enabling the freedom of biking for those who might not be able to do it under their own power.
But, how fast is an electric bike? Many people interested in purchasing their first e-bike often ask this question. Thus, in this article, we discuss the speed topic in more detail.
The Speed of Electric Bikes
How fast an ebike can go depends on the size of its motor. In the United States, electric bikes are categorized into Class 1, Class 2, and Class 3. It is common to see ebikes categorized regarding their speed and functionalities using a system of three classes. So what is the difference between Class 1, Class 2, and Class 3 electric bikes?
Class 1: Pedal-Assist Only Up to 20 mph
Class one electric bikes are the slowest of all the classes, with a top speed of 20 mph. They are also the most affordable, making them a great option for those who are just starting out in the world of e-bikes. But these ebikes have a motor that can only function once you push the pedal. Under this classification, you can enjoy longer mileage and can preserve battery power too.
Class 2: Pedal-Assist and Throttle Up to 20 mph
Bikes with both pedal assist and throttles are classified under class 2. This type of electric bicycle has a top speed of 20 mph also. However, unlike class 1, these e-bikes have a drive system activated by a throttle. That means you’ll have both pedal power and electric assist throughout the ride.
Class 3: Pedal-Assist Only Up to 28 mph
Under this classification, most e-bikes have 750W motors. The ebikes are the fastest of all the classes, with a top speed of 28 mph. This makes them become a great option for those who want to travel at high speeds or cover longer distances. The main advantage of class three electric bikes for adults is that they are very fast and perfect for long-distance travel.
Factors Affecting Ebikes Speed
Apart from the class of electric bike, you’re riding and the top speeds it can achieve, there are still several factors that will also influence the highest speed you can reach on your e-bike. Some of these include:
A higher motor power on ebikes for sale provides a greater torque to let you reach and maintain higher speeds. This comes in handy when you’re riding on hilly terrain that requires more motor assistance to scale the slope.
Magicycle 750W High-Power Motor provides a speed up to 28 mph. It gives you the power you want and the reliability you demand. The power also lets you take on even the steepest hills with ease, plus you’ll enjoy the quick acceleration when you need it.
One of the most important parts of an electric bike is its battery. It determines the power, range, and speed of your bike. If you want more power, range, speed, and higher efficiency, choose ebikes for sale with a higher battery capacity.
Most e-bikes only have a 36 or 48 Volt battery. But our ebikes offer you a 52-volt battery capacity. Every Magicycle is equipped with one of the most powerful batteries available. And you will enjoy exceptional power, range, reliability, and a long lifespan.
The pedal-assist system works by taking power from the motor to boost your speed and take some of the strain off your body as you ride. With Pedaling efforts, you can even reach your maximum speed, but only if you’re riding on the appropriate road within the speed limit.
Magicycle ebikes would provide you with a 7-level of pedal assist. We allow you to customize each of the 7 levels to perfectly suit your abilities and protect your safety. The higher the level, the greater the power and the faster the speed.
Type of Terrain
The nature of the terrain you’re riding the ebike on will also affect the level of top speeds you’re able to reach. Obviously, you will go much faster on flat and smooth tarmac roads than on rough backcountry roads. That’s why it’s so important to choose high-quality tires for your ebike.
Magicycle tires are all-weather, all-terrain, and resistant to puncture. We selected the Kenda Fat Tire for its safety features and reliability. The combination of Magicycle power on a foundation of high-quality tires allows you to conquer all types of terrain — sand, snow, gravel, prairie, etc.
How to Make Ebikes Run faster
If you feel that you are not satisfied with the speed of your ebike, there are a lot of things you can do to make it go faster. You can adjust electrical configurations and do some other things to help increase its speed.
The first, and the easiest, thing you can do is to adjust the level of pedal assist. Most ebikes will have an LCD display that will display the pedal assist level you are currently on, and they will have “+” and “-” buttons that you can press to adjust through various levels. The higher the pedal assist, the higher the motor will allocate power to your ride.
Another simple adjustment you can do to is to always make sure that your battery stays charged up. A full ebike battery will always go faster than an ebike with a battery running low. When its battery level is low, the ebike won’t deliver as much power and as consistently.
Your Ideal Ebike’s Speed Depends on Your Needs
We’ve told you about the differences of electric bikes when it comes to speed, class, and more. The answer for which E-bike’s speed is best for you is up to your needs. The most important thing to consider is how you make use of it.
The better question concerning the speed capabilities of an electric bike is not how high a speed they can reach but how much they can assist you with their speed. Reaching higher speeds can be super fun, but with higher speeds do come higher risks.
Magicycle has a professional skilled team to design high-quality electric bikes for you. In the design, we also maximize the safety of our products. I don’t think you should worry.