6 Ways to Make Electric Bikes Go Faster. E bike go

Ways to Make Electric Bikes Go Faster

Electric bikes have become increasingly popular among people of all ages thanks to their eco-friendly nature and convenience. With affordability on top of that, it’s no surprise why so many are turning towards electric bikes for transportation or recreation. Even with this, some riders might find the speed insufficient, leaving them searching for ways to increase its velocity. Before you attempt to increase the speed of your electric bike, be aware that doing so may annul any current warranties and could even be illegal in specific regions. over, piloting an electric bicycle at high speeds requires additional expertise and alertness, which can prove hazardous. This article will explore six effective ways to make electric bikes go faster.

Ways to Make Your Ebike Go Faster

Program the Setting

Electric bikes offer an array of power settings that cater to your personal needs. By default, most electric bicycles are set at a reasonable level-looking for speed, range, and battery life. Although if you wish to go even faster, adjust these levels as desired! With some tinkering around, it should be easy enough to reach higher speeds in no time on your new ride.

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To fine-tune the power settings on your e-bike, you can either adjust it in the control panel or display, and some even let you do so from the handlebars. Various power modes are available with certain models, while others enable users to personalize their desired output. Whether by app or button interface, tinkering with these configurations will allow your biking experience to be tailored according to preference.

Choose a Higher Voltage Battery

Boosting your electric bicycle battery to a superior voltage is one of the excellent ways how to make electric bike faster. A higher-voltage battery can transfer more energy to its motor, allowing you to pedal faster and longer. perfect for mountainous terrain or distant rides! Though upgrading may have potential benefits, ponder the possible drawbacks before deciding.

While using a higher voltage battery can boost your electric bike‘s performance, it also increases the chance of overheating or other issues. This is due to their capacity to generate greater amounts of heat which may harm the cells and parts within the battery. To reduce this risk, you should always opt for a high-quality product that has been tailor-made for your bicycle model. not doing so could be costly in the future! Additionally, keep an eye on any temperature abnormalities or further complications, if detected, immediate action must be taken with repairs/replacement as required.

Reduce Weight on Your Electric Bike

Reducing the weight of your electric bicycle is one of the best approaches how to make ebike faster and increasing performance. When your bike’s weight decreases, it takes less energy for the motor to power the vehicle forward with improved efficiency. Swapping out heavier tires in favor of lighter ones will also significantly decrease overall bike weight while improving handling and velocity. You can start by purging unneeded accessories or components like heavy locks or baskets that add unnecessary heft.

If you’re asking how to make my ebike faster? Begin with yourself. A heavier rider can cause a reduction in performance, so exercising or changing eating habits could help improve your ride and overall biking experience. Additionally, using alternate riding stances, such as standing while pedaling and utilizing pedal power rather than depending heavily on motor power, can lighten the load for you and your e-bike. All these steps will lead to an invigorating journey better suited for those wanting faster rides!

Change Your Riding Posture

Transform your riding position to turbocharge the speed of your electric bike. How? Your body’s posture directly affects the aerodynamics and amount of wind resistance you experience while biking. Try leaning forward slightly to decrease surface area, which grants smoother airflow behind you. If this doesn’t work for you, try other postures, such as hunching over or crouching down low onto handlebars. these are surefire ways to maximize speed!

It all starts with pedaling to optimize your electric bike’s speed and performance. Keep your feet flat on the pedals as you ride instead of pointing them up or down to ensure the most efficient motion possible. Additionally, explore different cadences and gear settings that work for your riding style and environment. trust us when we say this can make a huge difference in overall efficiency!

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Change the Tires

Enhancing the speed and performance of your electric bike is easy when you switch out the tires, but which ones should you choose? To get the best of both worlds, look for a 1.5 to 2 inches wide tire with a smooth or semi-slick tread pattern. Wider tires provide better stability, while narrower types are more aerodynamic, but this middle ground allows riders to enjoy increased grip, reduced rolling resistance, and improved velocity.

When your tire pressure is too low. it may give you a smooth ride, but it can also slow down your vehicle’s performance. Discover the optimal compromise between comfort and efficiency by regularly inspecting and adjusting your tires’ air pressure, only then will you experience fast speeds with remarkable fuel economy!

6.Clean Your Electric Bike Regularly

Regular cleaning is essential to keep your electric bike functioning at its best. As dirt and grime accumulate on the frame and other bike components, friction increases, making it harder to pedal or use motor power effectively. Pay special attention to the chain, which can become clogged with debris over time; this reduces how much torque you get from each wheel revolution for a loss in speed and performance. With consistent care and maintenance, however, your e-bike should remain at peak condition providing optimal satisfaction for your ride!

Maximize your bike’s performance by regularly cleaning it to identify and address any signs of damage or wear before they become more serious. Cleaning not only boosts speed but also allows you to closely inspect the bike, looking for potentially worn brake pads, loose bolts, or damaged components, all of which can negatively impact how your bicycle works if left unchecked.

Finally, before making any changes, always follow the guidelines provided by the manufacturer or get professional advice from a certified mechanic.

Adopt the Three-Class e Bike system

Electric bikes (eBikes) are gaining traction as a means of transportation in the United States after enjoying years of popularity in Europe. Anyone can ride them, from the most seasoned bike rider to someone who hasn’t biked since childhood. EBikes have the potential to expand bike riding to new audiences and keep people riding bikes throughout their lives.

But some confusion around how and where electric bikes can be ridden is dampening their growth potential and as an emerging technology, they require clear regulations to govern their use and create stability in the marketplace.

Lack of Regulation

In the United States, at the federal level, the U.S. Consumer Product Safety Commission regulates eBikes for the purpose of product safety for manufacturing and first sale. States decide how eBikes can be used on streets and bike paths. Over time, without clear guidance, states adopted outdated rules governing the use of eBikes — some treating them like human-powered bicycles, some treating them like motor vehicles, and everything in between. Some have no regulation whatsoever.

Taking Steps toward Clarity

Since 2014, with leadership team from PeopleForBikes, the national bicycle advocacy group and bicycle industry trade association, more than 30 states have passed a standardized regulation for eBike use with a simple, straightforward approach known as the “3-Class” System. This model legislation defines three common classes of eBikes (based on speed, wattage, and operation), and allows states to decide which types of bicycle infrastructure each class can use (typically Class 1 and Class 2 eBikes are allowed wherever traditional bikes are allowed). It also requires eBike makers to place a highly visible sticker on the frame to indicate an eBike’s Class.

In 2015, California was the first state to adopt this “3-Class” approach, and since then, 32 other states followed suit: Alabama, Arizona, Arkansas, Colorado, Connecticut, Florida, Georgia, Idaho, Illinois, Indiana, Iowa, Louisiana, Maine, Maryland, Michigan, Mississippi, New Hampshire, New Jersey, New York, North Dakota, Ohio, Oklahoma, South Dakota, Tennessee, Texas, Utah, Virginia, Vermont, Washington, West Virginia, Wisconsin, and Wyoming. states around the country should adopt this “3-Class” standard to eliminate confusion, enhance safety, and promote this green transportation method.

The three classes are defined as follows:

All classes limit the motor’s power to 1 horsepower (750W).

Classes and Access

Some states treat Class 1 eBikes like traditional mountain or pavement bicycles, legally allowed to ride where bicycles are permitted, including bike lanes, roads, multiuse trails and bike-only paths. New York City’s Mayor de Blasio recently announced the city will officially allow Class 1 eBikes. While New York City’s decision is unrelated to singletrack trail use for electric mountain bikes (eMTBs), we believe that Class 1 pedal-assist eBikes should have the same rights and responsibilities as traditional bikes and therefore also be allowed on non-motorized mountain bike trails, as is the case in Europe.

Class 2 throttle-assist eBikes are often allowed most places a traditional bicycle can go, though some states and cities are opting for additional restrictions (e.g. New York City Michigan State). Class 2 may not be suitable for singletrack mountainbike trails — it has been shown that they pose greater physical damage to trails due to the throttle-actuation. Class 2 may be better suited for multi-use OHV trails designed for more rugged off-road vehicles.

Class 3 eBikes are typically allowed on roads and on-road bike lanes (“curb to curb” infrastructure), but restricted from bike trails and multiuse paths. While a 20-mph maximum speed is achievable on a traditional bicycle, decision makers and agencies consider the greater top-assisted speed of a Class 3 eBike too fast for most bike paths and trails that are often shared with other trail users.

Bosch only makes Class 1 and Class 3 eBike systems, which to be clear, are both pedal assist and provide support up to 20mph and 28mph respectively. Learn more about Bosch eBike systems here.

Everyone stands to benefit from common-sense rules on how and where to ride an eBike. With clear regulation and updated state laws, law enforcement will understand what rights eBike users have and when to enforce the law, and can easily identify the class of bike based on its sticker. Bike retailers can help their customers understand where each type of eBike can be used, boosting their sales. People who already ride eBikes will have easy rules to follow on where they can ride, and new bicyclists who may be discouraged from riding a traditional bicycle due to limited physical fitness, age, disability or convenience gain new transportation alternatives. To learn more about where electric bikes can be ridden in the United States visit People for Bikes.

How Fast Do Electric Bikes Go? Everything You Should Know!

The speed that regular bikes can go relies on how much energy you put on a pedal. You can be fast or extra slow, depending on the effort you put into the bike. You have full control of your speed, and you can easily navigate when cycling using regular bikes.

However, in terms of electric bikes, how fast do electric bikes go? Electronic bikes are programmed for a specific maximum speed. Unlike MTBs or road bikes, an e-bike comes with a motor that can optimize your speed when riding.

An average electric bike can be as fast as 20mph. However, electric bikes can only go as fast as 28mph and do not go more than this figure. Even the most powerful electric bikes will only limit the motor to 28mph.

What are the Benefits of Electric Bikes?

Electric bikes are innovative products introduced to the world just recently. It comes with rechargeable batteries that can speed up your riding experience by up to 28mph.

Compared to using a regular road bike, you don’t need to put much effort in pedaling because the motor of your electric bike can do the work for you.

Using electric bikes has its benefits. It does not only increase your speed but also provides the following:


Of course, the number one most noticeable difference in using an electric bike is the speed. With the help of a motor, the pace becomes faster, and it will be quicker for you to get to your destination.

As mentioned, electric bikes can propel from 20 to 28mph plus the energy you put into the pedal. With e-bikes, pedaling can be effortless without compromising your speed in the process. You can preserve your energy more when you choose to switch to eclectic bikes.

Appearance and motor

The appearance of an electric bike is almost the same as a regular road bike. However, if you take a closer look, you will notice that e-bikes come with a motor and an electrical drive system. You will see a motor, a battery, and a display screen propelling the speed of your bike if you own an electric bike.

Electric bikes can come in different motors. You can see bikes with a front hub motor, rear hub motor, and a mid-drive motor.

The front hub motor is the simplest e-bike motor available today. But it is also limited in capability. It can be seen in Class 2 e-bikes with a throttle system.

The rear hub motor, on the other side, provides users versatility and gives both the throttle and pedelec system. It keeps the speed stable compared to front hub motors.

Lastly, the mid-drive motor is at the center of the bike frame. They are incorporated with the bottom bracket and cranks to assist bikers, as well. With this motor, you can enjoy more torque, climb hills better, and distribute weight more evenly.

Experience in riding

In terms of riding experience, you will also feel a noticeable difference. Once you get on the electric bicycle and start pedaling, the motor and the electric drive system will automatically kick in. Your ride will transition smoothly, unlike when using a manual bicycle where you need to build up your speed.

Your pedaling motion will be very easy without putting in too much effort. You can instantly go to your desired location without straining your legs and lower body that much. The motor itself will do the cycling for you.

Longer distances

Since less energy is required when riding on an e-bike, you have more mileage and can take longer distances. You can go to more places if you switch to e-bikes compared to when using a manual road bike.

Different Classes of Electric Bikes How Fast Do Electric Bikes Go

In the United States, electric bikes are categorized into Class 1, Class 2, and Class 3. The said category is based on the bike’s wattage, speed, and operation.

Class 1

Electronic bikes classified under Class 1 have a motor that can only function once you push the pedal. The bikes with this category have the so-called pedal-assist mode. Meaning, your bike cannot fully operate even with electricity if you do not put in the pedal action in a pedal assist mountain bike.

Under this classification, you can enjoy an e-bike speed of 20mph, while the maximum motor wattage is up to 750W. With Class 1 electric bikes, you can enjoy longer mileage and can preserve battery power too.

Class 2

Class 2 e-bikes also have a full speed of up to 20 miles per hour. The difference is that Class 2 bikes have the drive system activated by a throttle. You can either push a button or grip twist the throttle system, usually found on bike handlebars.

Bikes with both pedal assist and throttles are classified under class 2. You can enjoy a speed of 15 miles per hour in full electricity or electric bike top speed of 24 miles per hour using the pedal assist. Most women’s bikes available today are in the Class 2 classification.

Class 3

Under this classification, electric bikes may not need throttles but come with upgraded motors. Most e-bikes in this category have 750W motors. You can travel up to 28mph full speed when you choose an electric bicycle in Class 3.

Electric bikes with this kind of classification have specific rules and regulations, as well. Due to the speed generated by the bike, only ages 17 and above are allowed to use Class 3 electric bikes. You might need motor licensing and other requirements with Class 3 e-bikes.


Fast electric bikes are an innovative solution for those people who want to exert less effort in biking but want to take longer distances. With e-bikes’ electric driving system, your bike riding experience can be leveled up. You need not worry about pushing too hard with the pedal, as most electric bikes have pedal assist mode.

However, along with these innovations, you should always consider your need for an e-bike and how fast you want to go when using it. Speed can be a cause of accidents or injuries, so getting the right electric bike speed for you is equally important. As someone new to using electric bikes, a speed of 15mph is well-recommended.

Did you enjoy this article on how fast do electric bikes go? Please let me know in the comment box below. I look forward to hearing from you!

E-Bike Riding Range

We hear this question a lot! And, honestly, it’s one of the most important factors in deciding which e-bike to purchase. Finding an e-bike’s exact range is complicated and difficult to distill down to one single number. It can be difficult to compare bike models, but you can absolutely expect a longer, farther riding range from a battery with higher volts and amp hours.

All Juiced Bikes are equipped with the industry-leading 52V battery, while most other e-bikes in the 1,000. 3,000 price range are only equipped with a 48V battery (in some cases, just a 36V battery).

When looking for a long range e-bike. finding its exact riding range depends on many factors including.

how much energy you have on-board vs. how much energy you need to go one mile.

This is all great. But HOW FAR CAN I GO!? For example, through our range test. we found that riding with light pedaling us a range of 50 miles going at a speed of 10 mph with the standard 52V battery. Here are the results:

How We Conducted The Electric Bike Range Test:

All testing was first performed using throttle-only while riding. Then we repeated the same test with pedal assist. Other testing parameters:

  • Controls: Payload of the rider: About 190 pounds, this includes some gear.
  • Tire Pressure: We use the stock tires at 60 psi. Higher pressure will result in more range but a harder ride, lower pressure will result in a lower range but a softer ride.
  • Bumps: The road surface is more or less normal with a few bumps. Bumps are basically small walls that crash into the wheels and slow the bike down.
  • Hill Grade: The surface is more or less level, but the test circuit does go up and down somewhat.
  • Wind: It is difficult to find an area with absolutely no wind. The test circuit does have a little bit of wind, but it tends to blow in only one direction.
  • Temperature: Warm temperatures of around 80 degrees or more. Cold weather will reduce the range.

Factors That Affect Range

There are several different characteristics of electric bikes that affect how many miles you get per charge. Like miles per gallon in a car, the range is there for a reason — there’s no guaranteed number of miles or the number of hours you can ride per charge.

These are some traits that will affect the range of your bike:

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  • Battery size: A bigger battery gives you more power and takes you farther with every charge. Juiced Bikes use 52V batteries in all of our e-bikes.
  • Battery age: As batteries get older, they won’t hold a charge as well as when they were brand-new. With this in mind, you may want to replace your electric bike’s battery if you find that it isn’t getting very good mileage anymore.
  • Pedal capability:Different classes of electric bikes have different pedaling capacities. If you have a model where you can pedal, like with a pedal-assist bike, you can combine your own power with the power coming from the electric bike battery to save juice while you’re out. If you’re relying solely on power from the battery, it might run out quicker.

These are a few more traits of your bike that can affect the range. Like with a car, there is no specific answer on how many miles or the amount of time you can ride with one charge. While you’re out, it’s important to keep track of your time or miles spent so you don’t run out of juice at the wrong time.

Riding Range of a Juiced Bike

Juiced electric bikes have a riding range between 40-100 miles depending on a variety of factors including battery size, average speed, terrain, rider weight, and more. With a smaller 48V or 36V battery, typical range will only be 15-35 miles per charge. That’s a considerable difference. Juiced Bikes customers often describe the ‘range confidence’ they feel when riding a Juiced e-bike, free from worrying about their battery dying during a ride.

Bigger batteries give higher ranges not only because of the charge but from the speed. As we mentioned before, bigger batteries are more powerful. With that power, you could ride up to 30 miles per hour. Even if two batteries’ charges last around the same length of time, the bike with higher speeds will have a higher e-bike mileage.

At Juiced Bikes, we saw the average riding range for e-bikes with smaller batteries and knew they could be dramatically improved. We successfully re-engineered the electric bike battery with most of our batteries providing riding ranges nearly double that of similarly priced e-bikes.

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