How Fast do Electric Bikes Go?

How fast do electric bikes go

Ever wondered how fast do electric bikes go? Especially, when starting off, you may have heard the buzz that electric bikes can travel at astonishing speeds, which is not exactly so true.

Look, just like riders, electric bikes also show up in all different forms; from varied wheel sizes to wide-ranging speeds and even comfort levels. You would even say any old-style second-hand e bike can end up going really fast at full tilt.

The truth is, most electric bicycles are not designed for high speeds; they’re meant for assistance in attaining and sustaining higher speeds for commuting or enhancing the freedom of ebiking for those who might not be able to realize it under their own power.

Besides, electric bikes are widely restricted in the maximum motor assist they can provide. In Europe, for instance, an electric bike can possess a maximum power of 250 watts, allowing for speeds up to 25 kilometers per hour.

In the US, the Consumer Product Safety Act (CPSA) defines a “low-speed e bike” as a vehicle featuring fully usable pedals, a motor not exceeding 750W, and a top speed of 20 mph or 32 km/h.

So, How Fast can An Electric Bike Go?

So, How Fast can An Electric Bike Go

Fundamentally speaking, an average electric bike can be as fast as 20 mph. That said, however, electric bikes can only go as fast as 28 mph, and do not go beyond this figure. Even the most powerful models will only limit their motor assist to 28 miles per hour.

In addition to that, how fast electric bikes go will depend on other many factors including legislation, weight, e bike motors (e bike class), and your pumping ability.

It’s also important to note that electric bikes are available in several major types. The first type is a pedal assist e bike, which tends to max out at about 20 mph. This one is considered great for short distances or as an extra boost when riding up hills.

The next type of electric bike comes with a throttle (either thumb throttle or twist throttle) which enables the rider to adjust the speed with just one hand. This type of electric bike can cruise at speeds upwards of 28 mph, making them ideal for extensive rides and commute trips.

However, if you are pedaling, you can cruise as fast as your pumping ability. Most e bikes stop providing motor assist while pedaling at 20 mph. But as mentioned before, you can achieve a max speed of 28 mph depending on your pedaling ability.

Simply put, you have the capability to achieve a speed that is suitable for your own riding style. You can push your own limits to travel faster than the stated max speed. Or, you can solely depend on the motor to keep you rolling at speeds within the utmost support level.

How much will the motor assist you

How much will the motor assist you

Well, despite this being one of the most common questions in the e-biking community, it’s still a legitimate query because we’re literally adding a motor to a mode of transportation that humans had the ingenuity to pedal and travel at great speeds under their own power.

Normally, when we come to specifications, we often find the watts, voltage, and all sorts of confusing information. But what do all these mean anyway? Some folks believe that the higher the wattage, the faster the e bike will be. But is that really true?

Well, to determine how much assistance the motor will provide, we need to evaluate your weight and the steepness of the hills on your riding ground. Nearly every e bike you see in the US is very much capable of surpassing the stated speed limits.

Obviously, the heavier the rider, the more assistance is needed to get along with the e bike. The same case applies to the hills you’re trying to climb. Steeper hills will demand higher wattage.

For example, consider a rider weighing 50 kilos and looking to ride on really insignificant hills. Both her weight and her rides don’t necessitate lots of power on such ground. In fact, the same exact rider would have all her needs sorted out with a 250W motor.

In another Scenario, consider someone who weighs 75 kilos, looking forward to riding on really steeper and long hills. While a rider pedaling at steep hills will necessitate more power, an electric bicycle with a 750 watts motor would do a great job supporting the additional weight.

Classifying Electric Bikes

Classifying Electric Bikes

People count on e bikes for different purposes, and that brings about the need to understand what kind of electric bike suits your needs the best.

Whether you want one for going to the grocery store, for daily commutes to work, or maybe a funny amusing day riding fast with friends- you need the best e bike for each of those purposes.

As previously mentioned, there are three classes of electric bicycles. These are Class 1, Class 2, and Class 3. They are categorized based on their speed and operation capabilities. Needless to say, this method of classifying e bikes has been embraced by several states and countries.

Now let’s get closer to every class system and find out the speed limits, their features, and all kind of details.

Class 1

Electric bicycles classified under this category are designed with a motor that can only operate once you push the pedal. They are basically designed with the popular “pedal assist mode” meaning they will only provide pedal assist but not throttle.

This is what describes a Class 1 E bike

  • No throttle
  • Pedal assist only
  • Maximum power of 750W
  • Maximum assisted speed of 20 mph

Even with full electric power, a class 1 e bike cannot assist while throttling. You will need to start pedaling or rather put in the pedal action to get your e bike rolling and provide assistance. This class is arguably the most passive of them all since it’s not completely automatic.

In some states, class 1 e bikes are treated almost like regular bikes, allowing them to be used where traditional road bikes and mountain bikes are permitted.

As for the maximum speed, class 1 electric bikes can go as fast as 20 mph and will cease the assistance when you hit the maximum supported level. The maximum motor wattage for class 1 e bikes is 750W, meaning you can cruise longer mileage and get to preserve battery power too.

Class 2

Class 2 electric bikes, sometimes referred to as “low-speed assisted e bikes” are also meant to go as fast as 20 mph.

However, unlike class 1, these e bikes have the drive system activated by a throttle, whereby you can either push a button or grip twist the throttle, usually found on the handlebars. That means you’ll have both pedal power and electric assist throughout the ride.

This is what describes a Class 2 E bike:

  • Throttle assistance
  • Top speed of 20 mph
  • Maximum motor power of 750W

Generally, class 2 offers probably the most dynamic setup of them all. In fact, most women’s electric bikes available today are found in this classification as they can adapt to most of the needs. So if you’re looking for full electric assistance, then be sure to consider a class 2 e bike.

Class 3

Electric bicycles under this classification may not necessarily require throttles but are equipped with more powerful motors. They’re generally faster and a little bit more aerodynamic. Perhaps that’s why they’re also referred to as speed pedal-assisted electric bikes.

You can travel up to 28 mph full speed with an electric bicycle from class 3, as most of them have 750W motors. They provide assistance while you are pedaling, meaning they can be noticeably fast and wild for some riders. In fact, class 3 e bikes usually come with a speedometer.

This is what describes a class 3 E bike:

  • No throttle
  • Pedal assist only
  • Maximum motor power of 750W
  • Top speed of up to 28 mph

Class 3 electric bikes are also associated withspecific rules and regulations. Due to the higher max speed support level, only ages 17 and above are allowed to use class 3 models.

They are very efficient at daily commutes but are often prohibited for use on various roads and paths where you’d normally go with a regular bike. Not to mention that you might need motor licensing and such requirements with most bikes this kind of classification.

Most of these speeds can be reached with pedal assist, but some more expensive brands of e-bikes reach that speed without it. If you pedal, you can go as fast as you are able to go. Let’s take another example: a woman weighs 70 kilos and wants to use her e-bike to climb really steep and long hills. The addition of a powerful motor in a high performance mountain bike can give all enthusiasts the adrenaline, assistance and speed they need.

Gazelle only makes class 1 and 3 bikes. When the e-bike reaches 28 mph, the motor assistance is reduced until a speed of 28 mph or less is maintained. A 48V electric bike can reach speeds of approximately 20 mph or 32 kmh. A 48V electric bicycle can reach speeds of approximately 20 miles per hour or 20 mph.

Some electric bikes provide assistance for speeds up to approximately 28 mph (=45 kilometers per hour – class 3 ebikes). For most riders, the bikes have more than enough range for several trips, unless you are really pushing the limit and doing a 100 km ride in a day. These ebikes usually max out at 20 mph and are best for short distances or as an extra boost when climbing hills. You can push your own limits to go faster than the maximum supported speed, or you can rely on the motor to keep you rolling at speeds within the maximum supported level.

However, when it comes to e-bikes, how fast do e-bikes go? E-bikes are programmed for a specific top speed.

How Fast Can A 750-Watt e-Bike Go?

Since 750 watt electric bikes have quite a bit more power, about the same as other ebikes, they run really fast. It is an electric mountain bike is the most versatile bike that can ride both the uneven mountain ranges, as well as the flat, paved, to get to your work. With this electric bike you get the King Meter LCD display that shows all your riding stats and helps you ride with control. So, an e-bike with a motor of less than 750 watts and with a top speed of 32 kilometers is free and safe to ride anywhere you would probably ride a regular bike.

Electric bikes come with their respective classes, and each category has its own characteristics and speed limit that you should be aware of if you are interested in riding E-Bikes. The Consumer Product Safety Act (CPSA) refers to a low-speed electric bike as one that has a fully operable pedal, a maximum of 750 watts and a top speed of 20 mph 32 kmh. We understand that purchasing your first electric bike can be overwhelming, especially when it comes to buying a powerful one. When it comes to construction, this fat wheel e-bike offers the most durable aluminum body that makes your rides a smoother transition.

Since you are going to buy a 750 watt bike, see how far the bike can go and how fast it goes with that 750 watt motor. It could be for a morning ride to the grocery store, the daily commute to work, or even a fun and exhilarating day riding fast with friends. That would definitely be an electric bike that harnesses electric power while you’re still riding. Riding on flat or semi-thick terrain or on a commuter road, the bike can travel at a speed of between 40 and 55 KPH.

But the motors, electronics and most of the bike’s components are Chinese, while the battery cells are probably Korean or Japanese. Electric bike laws tend to dilute all the fun, or at least tone down the extreme part of it, but they are crucial to maintaining everyone’s safety and integrity. Whether it’s for commuting, leisure or even attending your mountain biking sessions, you have an e-bike for everything you need. However, if you’re still undecided and want the best bike overall, our editor’s choice is the Opeak electric bike.

Really important aspects you have to think about when buying an e-bike because you will have to sacrifice weight for power in some cases. E-bikes with a 500 watt motor will provide assistance at a maximum speed of 20 miles per hour.

How Fast Does A 2000w eBike Go?

Off the top of my head I’d say around 28-29mph for a normal hub motor on a 26 wheel with a 48V 20A (1kW) controller. The Ariel Rider D-Class has a powerful rear hub motor and adding an additional powerful hub motor up front changes the e-bike dynamics equation. Another way to increase speed is to use a motor that has a higher RPM rating for its specific voltage (known as the motor’s KV rating). Since motor speed is voltage dependent, using a higher voltage battery is the fastest way to substantially increase speed.

It was quite strange, when going down a long, steep incline, to step on the throttle and feel the motor provide even more speed. This is especially easy with hub motors, which are often designed with multiple motor windings for different models. The Specialized SL 1.1 is one of the weakest, generating just 35 Nm of torque, while the most powerful motor, the TQ HPR 120 S, is capable of generating three and a half times that. As much fun as it is to go fast, at the end of the day, sometimes it can be nice to just slow down and enjoy the ride.

Make sure you know how fast electric bikes can legally go in your area so you don’t find yourself on the wrong side of the law.

How Fast Can A 1500w eBike Go?

Bontrager’s tubeless-ready Paradigm Disc wheels also allow you to equip the Domane with wider tires – as long as you maintain a 4-millimeter clearance – if you ever decide to leave the pavement. If you’re going for short rides on your ebikesay 15-20 miles like a ride around the neighborhood, the local beach, or a short commute to work. When starting out, you may have heard the rumor that electric bikes can go very fast, which isn’t exactly that true. All it takes is a decent quality 1500w hub motor, replacing my current controller with the one that comes with the new motor, regardless of headwinds, tailwinds, inclines, and declines.

As for top speed, the Domane can hit 28 mph, which is in keeping with the rest of its impressive – and oh-so-exciting – performance specs. It’s going to look – and behave – like a hunting tool designed and tuned to go faster and further than the average electric bike ever could. If you’re here looking for an electric bike that can achieve the latter, what you’re looking for is a so-called speed pedelec – or, simply put, a high-speed e-bike. The fifth-generation RadRover from Rad Power Bikes is a strong, big-wheeled, sturdy but charming electric bike that can go anywhere and do anything.

It’s powered by a 48V, 14.5 Ah lithium-ion battery, which promises an equally impressive range of over 40 miles. So what’s the difference between traditional electric bikes and the high-speed alternatives known as speed pedelecs? And what is a pedelec? There is a difference between an e-bike and a speed pedelec, and it comes down to propulsion methods. The motor power you need for your conversion kit basically depends on a few conditions such as your expectations of the kit, terrain, weight, weather conditions and how fast you want to go. That’s where all the record-breaking, limit-breaking, headline-grabbing and, more often than not, budget-breaking starts.

For the moment, it’s important to remember that it groups electric bikes according to motor power and maximum achievable speeds. So, we’ve already pointed out that, if you want a fast e-bike that’s approved to ride on US roads, a speed class 3 pedelec is your best bet. If you pedal, your physical abilities and pedaling power will be the only real limitations on speed. Plus, you get bonus points for the clever SR Suntour front suspension fork lockout feature, which can be switched on or off depending on how rough or smooth the trail is.

If the motor is very efficient, you can feed it more power than it’s designed for, and a 1,500-watt motor can get you up to 40 mph for short periods of time. If a 1,000 watt motor is enough to make your e-bike’s speed not road legal, a 1,500 watt motor – which is a two horsepower motor, by the way – is going to be a real doozy. If you go even further into Speed Pedelec territory, you’ll find e-bikes equipped with 3,000-watt motors. If you’re going to use an e-bike as powerful and fast as the Kasen K-6.0 as a means of daily transport, safety must be a priority.

For example, on a downhill cruise, you can definitely go faster than 20 mph without the help of the motor. It’s the frame construction – along with the e-bike’s electric drive – that makes the difference and gives it that air of grandeur. Although the speed of your e-bike is entirely dependent on voltage, you can still have the opportunity to go faster than doing 20. Even trained riders can only generate around 400 watts, so you won’t be contributing much to the overall range if you’re sitting on a 3000 watt motor that guzzles electricity.

Bike electrics aside, the RadRover 5’s conventional components are comparable to those of a mid-range bike.

How Fast Does A 3,000-watt Electric Bike Go?

It weighs 116 pounds and features a 1.5 kilowatt-hour battery pack and a 4-hour quick-charge system that could run between 110 and 240 volts. You can use the hand throttle to take it up to 20 miles per hour without pedaling and get assistance from the electric motor up to 28 miles per hour while pedaling. Federal law does not prohibit a motor vehicle tag and additional restrictions are given by the state. In the U.S., ebikes are limited by federal law to a maximum of 20 mph, although ebike kit motors that are 350 watts are considered small.

It’s powered by a 2.8kW (3.8hp) DC motor powered by three Saft nickel-cadmium monoblocks giving an 18v, 100A-h battery. If you go 2000w and 48v, no cop is going to notice, it’s still a top speed of 30mph, you just get to that speed twice as fast. A fit human being, capable of producing 200 watts, riding a quality bike on flat terrain, can go about 20 mph, and can maintain this speed for an hour or so. Each motor is strictly tested when it leaves the factory to ensure there are no quality issues.

Good thing they’ve made it this far; the sub-host of all things electric bikes, from motorcycles to pedal-assist, according to the sidebar description. The recreational cyclist, on the other hand, may only be able to sustain this power for a 45-minute or hour-long spinning class. Weakening the field can also extend your speed if you have battery power available, a small increase in speed is a big increase in power. Of course, you can only estimate your endurance numbers, but for general reference, you’re at about 170 watts at 20 mph, and 300 watts at 25 mph.

My top end is pretty close to where I want it (I’d like to get maybe 5 mph more out of it) Overall, I’d like to be able to hit some of the higher speeds a little faster. The electric motor is good for Electric Scooter, E-bike, Mini Motorcycle, Dirt bike, Electric Go karts, Bicycle, Quad car, Other DIY project and more. If the motor is very efficient, then you can power it at a higher power than it is designed for and a 1500w can reach 40mph for short periods of time. In addition, this scooter is equipped with a powerful 800w motor that can go up to 30 miles per hour (mph) which is extremely fast for an electric scooter.

If you are looking for a 500 watt motor, you are going to be able to reach a top speed of around 20 miles per hour.

How Fast Can a 5000 watt eBike Go?

This type of e-bike can reach speeds of over 30mph, making them ideal for longer rides and commuting. 

The voltage of a battery indicates how much potential there is in it, although potential does not indicate the percentage of power a battery or motor will put out. Other motors may be more durable, cheaper, or smoother in assistance, but for a new system, the CYC X1-Pro excels in power, form factor, and customization. All in all, the X1-Pro is an easy contender for the best hot rod conversion motor on the market today. If you are looking for a specialized 3000 to 8000 watt bike, this Ebike Beach Cruiser is supposedly the best model available on the market for you.

Today a 5000 watt electric bike like the EBike Beach Cruiser – could be the fastest electric bike on the roads. In fact, you can find 250 watt motors that provide as much assistance as 500 watt models or even higher. To avoid unsafe measures when riding fast and powerful electric bikes, such as a 5000 watt electric bike, “electric bike classes” and “electric bike laws” have been created. Electric bicycles are classified according to their speed and when talking about 5000 watt electric bicycles you need to understand what class this type of bicycle is in – and whether it is street legal or not.

To ride an electric bicycle or motorcycle of this type, you need a license and registration. In the United States, a Class 1 street-legal electric bicycle requires a motor speed of 20 mph (32 kph) with a motor horsepower of. This ebike was designed with Rhino power using a big block Cyclone 5000w motor with 30 percent more power capacity than the Cyclone 3000w motor which has proven to be a robust and reliable solution. This motor is compatible with 36, 48, 52, or 72V, just plug it in and the motor knows what to do.

Although other parts of the bike compensate for the speed gears, but with these high watts you always need high speed gears. However, nowadays, due to the increasing demand for fast electric bikes, manufacturers are designing from 5000 watt electric bikes to bikes with 10000 watt hub motors. However, if you want higher speeds, this variant offers almost the same speed as the 3000 watt bike.

How Fast Is A 3000w eBike?

30-50mph. While e-bikes can help expand the sport to a new audience, there is some confusion about how fast they can actually go, and how fast is too fast. My top speed is pretty close to what I want (I’d like to get maybe 5 mph more out of it) Mostly, I’d like to be able to reach some of the higher speeds a little faster. Or alternatively, these bikes could be classified similarly to mopeds or motorcycles if they go much faster. Another Trek model that made our list is the award-winning Allant, a fast electric bike designed with urban commuting needs in mind.

If you’re going 2000w and 48v, no cop is really going to notice, even the 30mph top speed, you just get to that speed twice as fast. So, we’ve already pointed out that, if you want a fast e-bike that is approved for use on US roads, a speed class 3 pedelec is your best option. You should choose an 80-150A (current limited) controller for this 3000W bike motor (spoke motor).

How Fast Can A 36V eBike Go?

Since motor speed is voltage dependent, using a higher voltage battery is the fastest way to substantially increase motor speed. In addition, the electric motor will be put under a lot of stress and will wear out faster than the manufacturer’s specifications. However, before upgrading your battery from 36V to a 48V battery, for example, you’ll want to check that your controller can handle the voltage increase (most can accept a slight overvoltage). Fortunately for you, it is possible to increase the speed of your bike.

Electric bikes were created to serve as an alternative means of transportation. That said, also keep in mind the following factors, the weight of the electric bike and rider combined, the motor specification (power output) and the quality of the motor also play a role in what maximum speed you can achieve with a 36v electric bike at full throttle. By deciding your preferences for your ebike before purchasing new components, you can choose parts more easily and find the best compromises for your situation.

How Fast Can A 350 Watt Electric Bike Go? 

Top Speed: 28mph

How Fast Is A 60V 2000W eBike?

Top Speed: 25mph

How fast will a 1000W bike go?

Typically, 25-35mph is super fast, so you’re unlikely to reach that height on a busy road or off-road. Although the speed of your e-bike depends entirely on voltage, you can still have the opportunity to go faster than doing 20. You see, just like cyclists, bikes also come in different wheel sizes, speeds and even comfort levels. Class 1 and 2 e-bikes have a top speed of 20 mph with a motor, while Class 3 e-bikes have a top speed of 28 mph with a motor.

For example, with a 48v e-bike traveling around 20 mph at top speed, you can swap in a hub motor to reach speeds closer to 30 mph. The 1000w Bafang Ultra Mid-Drive 1000w motor was deliberately chosen because it is a beautiful feat of engineering. A fit human being capable of producing 200 watts, riding a quality bike on flat terrain, can go about 20 mph, and can maintain this speed for an hour or so.

How fast does a 1000w electric bike go?

25-35mph

How fast is 1000w 48v?

36.3mph. One drawback is that wind resistance becomes an influential factor at speeds above 30 mph. 

This, combined with a fair price, will surely make the X1-Pro a staple in the high-speed electric bike world for years to come. These electric bikes typically max out at 20 mph and are best for short distances or as an extra boost when climbing hills.

How Fast Is A Bafang 1000w?

A well-designed electric bike with a powerful motor can help you get more power than you really need with 500 watts or less. A 1000 watt electric bike is powerful and fast. For example, the ZPAO-ZP1000 Fat Tire Electric Bike comes with a maximum motor-assisted speed of 25 mph, but you can reach 30 mph if you pedal harder. It’s a great piece of kit and should get you 32 mph (50 km/h) quite easily.

It will comfortably support a weight of 190 pounds and will climb any hill without pedaling easily. While total motor power can contribute to an electric bike’s top speed, it’s not the only factor. Or alternatively, these bikes could be classified similarly to mopeds or motorcycles if they go much faster.

How Fast Is A QuietKat?

The motor belongs to the class three category, which means that they can reach 28 miles per hour maximum. Although a 1000 watt motor might be physically capable of transporting the bike up to a maximum speed of around 35 miles per hour, this will ultimately be decided by the laws and regulations that make up your state and country. Although a 1000 watt motor might technically be physically capable of transporting the bike up to a maximum speed of around 35 miles per hour, this will ultimately be decided by the laws and regulations that make up your state and country. A 250 watt motor is sufficient for general commuting, while upgrading to a 350 or 500 watt motor is beneficial for those who will be doing a lot of uphill riding.

Just because a 1000 watt motor can achieve a higher top speed in a given time doesn’t mean it’s more efficient than the 500 watt electric bike. However, the average commute or leisure ride probably doesn’t need this level of power. A 1000 watt e-bike is certainly an excellent choice if you need to prioritize power and speed. To put it in perspective, 6000W motors are suitable for motorcycle racing, and are not designed to be limited to urban roads.

Electric Bike Regulations

Electric Bike Regulations

E bikes regulations are known to alter the fun or at least nullify the extreme part of it. But on the bright side, they’re essential for ensuring everyone’s integrity and safety.

In the US, a low-speed electric bicycle is defined as one that has fully operable pedals, max motor power 750W, and a top speed of 20 mph. This is according to the Consumer Product Safety Act (CPSA).

The maximum speed for electric bicycles in most governments has been limited to 28 mph. Subject to where you live, you can travel at either a top speed of 20-28 while assisted- but you can achieve a higher speed with your bike by pedaling, depending on your ability to do so.

Thus, electric bikes with a motor not exceeding 750W and with a max speed of 32 km/h are considered free and safe to ride anywhere you would possibly ride on a traditional bike.

In Europe, however, things are a bit different. Most countries in Europe have limited their e-bikes to a maximum of 25 kilometers per hour- although some countries like Denmark are beginning to support superbikes that travel at a maximum speed of 45 kilometers per hour.

Another thing worth mentioning about e bikes in Europe is that watts limitation is 250W, which is way lower compared to the 750W dictated by the United States act.

How to Make Your E Bike Go Faster

How to Make Your E Bike Go Faster

Although the speed of electric bikes is largely voltage-dependent, there still may be a small window to go faster than just doing 20. For example, some high-end super-charged e bikes equipped with 500W motors tend to incorporate an “off-road only” mode.

Such features enable the bike to achieve speeds of 25 mph and even more when you add pedal assistance. Another important aspect is that e bike batteries with a greater state of charge provide greater voltages. So, if you’re looking to endure longer, staying up to charge is the key.

Still, depending on the model, you could possibly get your bike augmented, puzzle out speed limitations, and take pleasure hurtling away at higher levels.

For instance, 48V electric bicycles- which are expected to travel at speeds around 20 mph full throttle- could be upgraded with a hub motor or in some cases mid drive motor to reach speeds upwards of 30 miles per hour.

Note that these hacks are only recommended for appropriate open places and unbounded terrains. While this may vary largely depending on the different areas and jurisdictions, we suggest that you consult the locals before hurtling away at speeds over 20 mph.

Conclusion

Conclusion

No doubt electric bikes have motors. In fact, they are an excellent solution for people who want to put less effort and level up when biking to endure longer distances.

But even with the electric driving system, electric bikes are still bicycles. Not scooters. Therefore, banking on them to travel at incredible speeds like those boundless motorbikes out there isn’t viable. Besides, various factors are dictating the answer to “how fast do electric bikes go”.

Electric bikes are generally meant to provide assist, meaning the motor is hardly the sole power source. Experienced riders can attain speeds of up to 32 mph, but for those who are new to e-riding, an electric bike with a top speed of 15 mph can be an easy recommendation.

Having said that, if your bike sticks to the stated speed requirements and regulations, you can comfortably use it on normal trails, roads, and even walkways in various jurisdictions, just like a regular bicycle. In any case, opting for the right e bike speed is equally important.

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