Electric bikes can go up to 20-28 mph (32-45 km/hr) on average, depending on the type of e-bike and the motor’s wattage. A 1000W electric bike should yield a top speed of 35 mph (56 km/hr) on average. The battery capacity is one of the most important parts of an electric bike, as it determines the power, range, and speed of the bike. E-bikes with a higher battery capacity can offer more power, range, speed, and higher efficiency. The majority of e-bikes have a 36 or 48 Volt battery, but some e-bikes offer a 52-volt battery capacity. (source: [Better Triathlete], [ReCharged Commute], [Bike Gaucho], [Electric Wheelers]
How far can electric bike’s speed and capacity travel without being recharged?
Electric bikes, as we already know, are a lot more different from your regular bike as it needs batteries for its pedal-assist to function. An electric bike’s battery pack can last up to thirty miles at most without being recharged. Some battery packs that have smaller capacity can only last up to twenty-five miles to completely drain up after a full charge. Regarding how far an electric bike can go varies on different bike’s speed models and on the different circumstances the electric bike is used.
For example, if an electric bike is used to ride on a rougher terrain compared to an electric bike used to ride on the concrete road. Surely, the battery of the e-bike used in the rougher terrain would be empty before the other. The motor would need a big amount of power when on rough terrain but the speed can’t ever go as fast as when in the concrete road even with the same amount of power used.
On the other hand, most electric bikes recharge the battery depending on the type of pedal-assist system it has. Some electric bikes, if ridden on a downward slope, would recharge and replenish the used bike’s speed power.
Almost all electric bicycles can recharge through pedaling, but the pedaling should be faster for it to recharge. Only a few electric bikes are able to recharge continuously at a slow pace.
How fast can an electric bike go?
There is a list of factors affecting how fast an electric bike can go or its bike’s speed. One primary factor affecting the top speed of an electric bike is state regulations. Electric bicycle regulations differ in every country.
Electric bikes have throttles that make them run at full speed without the rider pedaling. And throttles are what manufacturers set and control to limit the bike’s speed can go.
In America, for example, have different top bike’s speed limitations for different classes of electric bikes. Class one and two electric bikes can only run on a top speed of twenty miles per hour, class three electric bikes can run at a tops speed of twenty-eight miles per hour. Class four electric bikes hover can run at a top speed faster than twenty-eight miles per hour.
Manufacturers design and produce electric bikes by following the state regulations. They made electric bikes and electric bike kits that have a limited capacity in line with the top speed regulations on different countries.
Some electric bikes are customized privately to run at top bike’s speed more than what the manufacturer intended. But although these electric bikes can run at a top speed faster than other electric bikes, they still need to run at the required speed limit and follow the state regulations when they run on public roads.
A twenty miles per hour bike’s speed is an ideal speed when riding an electric bike, it is enough bike’s speed to get you into places you need to commute to faster than non-electric bicycles.
Why are superfast e-bikes dangerous?
When you ride an electric bike you are basically bare and prone to receive a lot of damage when involved in an accident, especially when you are riding. That is the main reason why riding superfast electric bikes are dangerous because bike’s speed kills.
The inescapable reason of physics on the kinetic energy of a moving object increases in proportion to the square of the speed. This means that if you move to a superfast bike’s speed, the impact would be greater and much more destructive than of a bike running on a fifteen miles per hour speed.
Superfast electric bikes can travel to more than sixty miles per hour which are run by very large and heavy battery packs. They are very advanced from the normal bikes out there that run for fifteen miles per hour.
Superfast electric bikes are illegal to run on the street and public roads as they do not follow the state regulations. An electric bike that has a top bike’s speed that surpasses the state regulations on motorized bikes are allowed only when it is run or ridden on private property.
The fact that superfast electric bikes carry a large battery pack contributes to the already great kinetic energy. This means that the already dangerous impact that the driver may suffer becomes more dangerous through the high-speed collision.
What is the top speed of my electric bicycle?
Electric bicycles have throttles and these throttles can have a top bike’s speed of more than sixty miles per hour if manufacturers would make it that way. But a throttle with a top bike’s speed of more than sixty miles per hour is way too dangerous and are recognized as illegal electric bikes.
A top bike’s speed of electric bicycles depends on which country it is manufactured from. Top speed restrictions for the pedal-assist or the throttles differ in every country. In the US for instance, only allow a maximum bike’s speed by throttle of twenty miles per hour when ridden on public roads.
The average throttle or pedal-assist system for electric bikes, however, is twenty-eight miles per hour in general. The highest legal speed allowed for throttles in Europe is forty-five, which is really fast.
Even with the throttles restricted to only twenty miles per hour, the top speed also depends on the driver. If the person riding the bike can pedal faster, the bike can reach a higher and faster speed. If the electric bicycle is running on a slope with the pedal assist on adding the pedal of the driver, he or she can achieve a speed more than what the throttle can.
In conclusion, only the throttles are restricted for the maximum speed and not the speed of the bike itself. The top speed of the bike depends on the person driving.
Why are there different assist levels?
Assist levels or the electric assist levels are common to electric bikes, this is what helps you with pedaling. Assist levels on different electric bikes also varies. Some assist levels range from one to seven and some have a maximum of eight electric assist levels.
The way assist levels are built on different models of electric bikes also varies. Some electric bikes have automatic assist levels that are designed with the pedaling, the electric assistance is activated through pedaling.
Most electric assistance is built to be activated through a twist or thumb throttle. They are either designed like how motorcycles throttle works or there could be a button to activate the throttle.
Back to the main question, why are there different assist levels on an electric bike? The answer is obvious. Different assist levels are there to give the users options.
Riders needed to choose on different assist levels for different situations. For example, if the rider wants to lessen the motor assistance to be able to save the energy of the bike, he can lower the assist level to its minimum. For another situation is when the rider wants to go faster to be able to go to places on time, he or she would be able to accelerate to the maximum speed.
Another reason for different assist levels is when the electric bike is being ridden on an upward slope or climbing hills, the rider needed the electric bikes to assist levels to its maximum capacity to be able to conquer or climb uphill. It is the opposite when going down on a slope, the rider would not be needing the maximum assist level.
In conclusion, assist levels are built in every electric bike because riders do not always need the same amount of assist every time they ride the bike.
How can an electric bike change my commute?
An article about electric bikes written on curbed.com described riding electric bikes as a substitute for riding trains as ‘revelatory’. It is indeed revelatory for those who actually tried to change the way they commute. An electric bike can change your commute in a way that it lets you arrive at your destination faster than being stuck in traffic with your regular commute.
To most people, riding an electric bike from one place to another has been a convenience compared to the usual commute with the uncertainty of being stuck on rush hour and heavy traffics. Most people buy electric bikes with the intention of avoiding heavy traffics and save resources from driving their cars.
Another answer to how riding an electric bike can change your commute is because of the fact that you would be able to exercise while commuting. Electric bikes are designed just like your normal basic bikes, only, they have motors. This means that pedaling on an electric bike versus pedaling on basic bikes are pretty much the same. The only difference between the two is while the basic bike goes on the normal speed that depends on your pedaling, the motor of an electric bike assists the speed with the riders pedaling. Even with two riders, one riding a basic bike while the other riding an electric bike, having the same amount of force put into pedaling the one riding the electric bike would have faster speed from the pedal assist.
