How Fast Do Electric Bikes Go? | E-Bikes Top Speed

How Fast Do Electric Bikes Go? | E-Bikes Top Speed

When buying an electric bike you want it to go faster than a regular bike. But how fast do electric bikes go? Are they really fast? This is one question most asked in the biking community; be it professionals or to the E-bike owners.

Afterall all it has been socially accepted that E-bikes are really fast but a few know exactly how fast it can go. In lack of information they are often misunderstood with a moped, it terms of speed and features.

In real terms, electric bikes are fast but not fast enough to compete with a moped or a motorcycle.

So how fast can E-bikes go? The recorded top speed for an electric bike is 45 mph; but commercially available E-bikes go as much as 30 mph. Because of the safety concerns electric bikes are often restricted in its top speed.

For example, in the US and much of Europe, it will stop to assist beyond 28mph. In some places the limit is as low as 15 mph; beyond which the motor cuts off. So how fast your E-bike can go depends much on the local laws of the country you are living in.

However, you can still pedal to go faster beyond a limited speed.

Whether you are just starting out or have some experience; you need to know some basics to be safe and truly enjoy your ride.

So let’s cover those basics in detail down there in this article.

Vehicle Type
Max Speed
Pedal Assist
Helmet Required
Bike Trails
Class 1
20 mph
Below 17
Class 2
20 mph
Below 17
Class 3
28 mph
Normal Bike
12 mph
60 mph

Different Classes of Electric Bikes

Electric bikes have gained traction in the last decade; spreading itself from Europe to American and then Asia.

In the recent past, it has become quite popular among children, college students and seniors as their preferred mode of transportation.

In a lack of proper guidelines and regulation at the federal level; different Us states made different laws governing electric bikes.

This leads to a situation where some states have no laws; while others have inadequate, old, contradictory or challenging laws.

To bring uniformity and standard classification among electric bikes; major bicycle manufacturers, several US states and trade associations came together in 2014 to present 3 class approach to classifying electric bikes.

In 2016, California becomes the first US state to adopt this 3 class system. This includes Class 1, Class 2, and Class 3 electric bikes.

Since then it’s been adopted many states and is accepted worldwide.

Class 1 Electric Bikes

It is one of the most common types of electric bikes found in the market. these are the most passive of all and are often called as the peddle assist or pedelec bikes based on their mode of operation.

Here the rider needs to pedal normally in order for the motor to assist up to 20 mph. After that, it is up to you how fast you can go pedaling.

With pedal assistance, it takes less effort to ride this bike and you can also go faster. Further, you can easily control the level of assistance you need when cycling.

These E-bikes can be used on all tracks, roads, and pathways and do not require any license or need to wear a helmet to ride.

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Class 2 Electric Bikes

Much like a moped, they include a throttle to push forward but still have those peddles just in case you run out of power. Because of their mode of operation, they are often called slow-speed throttle assisted e-bike.

Here you have two working modes; full throttle and zero power or basic bicycle mode. These bikes can be easily propelled by the throttle without ever need to pedal.

Limited by their speed at 20 mph these electric bikes are more common in the US, China, and other Asian countries; because of the much stricter laws in the EU. The best part is the control is in your hands; this means you can ride it even with a broken leg ( just saying ).

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Class 3 Electric Bikes

Also known as speed pedelec these electric bikes are most efficient, faster and are refined versions of normal class 1 pedal-assist bikes. By their name, these are more powerful, have longer battery life, aerodynamic and have a top speed of 28 mph or 45 Kmph.

Just like the class 1 pedal-assist bikes here the motor will only assist when you peddle.

These E-bikes are restricted by law to go in dedicated bike trails and multipurpose pathways used mostly by walkers.

Furthermore, they must include a speedometer and need to wear a helmet to ride. Just like the Class 1 and 2 bikes here too you did not require a license or need to register your bike.

In some class 3 bikes they have a hybrid control system; meaning they support both peddle assist ( up to 28 mph ) and throttle control ( up to 20 mph ) mode along with many other features.

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All About Speed – What The Law Says?

Let’s face it your 250W electric bike can easily go up to 36 mph but the law restricts it to go beyond 28 mph. Regulations always kills the thrill and suck the fun out of any sport or activity.

But they are there for our own safety and need to be followed. Otherwise, there would have been total chaos, accidents, and breakdown of the transportation system.

At least in the US and much of Europe; it restricts one from turning his or her electric bike into a motorcycle.

Afterall if you decided to buy an electric bike and not an electric motorcycle/ moped; why do you wish to make one.

The consumer product safety act in the united states restricts to use or sell electric bikes above 750W or 28 mph top speed without a license and proper registration.

Similarly for European countries that do not approve high-speed electric bikes; the maximum speed limit is 15 mph. In countries such as Denmark which allows for class 3 E-bikes; the speed limit is 45 km/hr or 28 mph.

In all of the European Union, the maximum power limit for the electric motor is 250 W.

Further, if you are riding a class 3 bike you are required by law to wear a helmet irrespective of your age. Plus while you still can ride on the bicycle lane on road but can not go for a dedicated bike trail.

How Far The Motor Will Assist You?

How Far The Motor Will Assist You?

How far the motor will assist or what is the effective range of the E-bike is the most asked question after how fast can E-bikes go?

When you are buying a brand new bike its often overwhelming and confusing with all the options; specifications, wattage, voltage, and gears. So it’s obvious to look for a helpful guide that helps you buy an electric bike that best suits your needs.

Buying something and new and special is always an emotional decision. We often get lost in our excitement and take things on gut feeling. For example, we often think the expensive the bike is the more range and speed it has.

Similarly, people misunderstood wattage with speed. A higher wattage represents more power and not more speed.

1 ) Motor Power

How long or how much the e-bike will assist depends on the power of the motor. Since electric bikes are not electric mopeds these motors are quite small and low powered.

Yes, super high power electric bikes ( >=1000W ) do exist but then you need to do more paperwork and require a license.

In the united states, the allowed range for motor capacity in e-bikes is 0 to 750W. Normally the heavier is the bike or its load capacity; the more power it needs to operate.

Plus the weight of the rider plays a role in total load and there are also topographic effects involved. For example in the semi mountain region, plains or cities a 250W electric bike is enough for an average person.

But if the same person wishes to go for a steeper mountain; he or she would require a heavy powered electric bike with at least 750W electric motor.

2 ) Battery Capacity

Your battery capacity plays a critical role in how long will the motor will assist. Most electric bikes have lithium-ion batteries installed close to your peddle.

This ensures the bicycle is more stable and thus go faster.

The size of your battery end its energy capacity is one factor that greatly affects the range of your bike.

The motor type or its wattage does have its impact but the capacity of the battery has a bigger impact on its range.

When we are calculating battery capacity it is either calculated in watt-hour or ampere-hour. Calculating watt-hour is easy and you can obtain ampere-hour just by dividing it with the voltage.

Now suppose your e-bike has a 36V 10Ah battery. The total wattage is 360 ( 36×10 = 360 ). This means on average you get 22 miles of range for a 250W motor and 18 miles of range for 500W motor.

3 ) Type of Terrain

The type of terrain also affects the peddling effort and in turn, the effective work required. The steeper the mountain or path is the more assistance you need to ride.

Thus the battery capacity will be affected as the motor drive more power, and we get the net lower range per charge. If the pedaling effort increases and becomes unbearable after some time.

So when we go on a steeper train our speed reduce, effort increase and range/mileage decrease. That is why dedicated mountain bikes are designed with greater power to suit those needs.

These bikes are built like a tank, have better suspension and tires to tackle challenges of a mountain track. Plus the powerful motor allows for better speed and control.

4 ) Pedaling Efforts

Electric or e-bikes are mostly pedelec and the pedal effort depends much on the assistance or load on the motor. Class 1 e-bikes are the worst in terms of pedal free assistance.

Class 3 electric bikes are not much different and only provide greater assistance and speed than class 1 type. In class 2 electric bikes only you get assistance by throttle and may not require to pedal at all.

So when it comes down to the question of “how long the motor will assist” or “what will be the effective range of the bike?”; your pedal effort will decrease or increase the distance.

For example, if you ride with heavy assistance; the battery may not last for more than 18 miles.

But if the assistance is kept low the same bike will go as far as 30-32 miles. So its too harsh to curse your bike or the company if it does not meet your expected range/midge each time.

As there are many things that contribute to the range or how long will it last.

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