Electric bikes (e-bikes) began gaining momentum over the last couple of years.
E-bikes have been playing an important role in addressing public health problems due to pollution but majorly, it has been very helpful in addressing transportation needs.
For instance, if you want to get to work or your destination faster, e-bikes have an edge over conventional bicycles as they offer several different ways to increase their speed.
E-bikes come in different belt drives, wheels, and internal gears, to voltage and motor power. All these features influence the taste of most people for electric bikes. However, the most used ones are 1000W e-bikes.
Before you opt-in for one of the 1000W e-bikes to meet your transportation needs, it is good for you to know how fast a 1000w electric bike goes.
This will help you to effectively plan your movements. To help you out, this post explains how fast a 1000W e-bike can go. Read on.
Before we proceed with how fast a 1000W e-bike can go, some special considerations must be noted. Here are some of them:
Observe the local law and regulations: You need to know that different states and regions have their respective laws and regulations guiding road speeds. Therefore, you have to respect your local regulations.
Try as much as possible to know the legally permitted speed for e-bikes in your area to avoid falling on the wrong side of the law.
Speed kills: It shouldn’t be new to you anymore that riding on an electric bike at faster speeds can be very dangerous. As speed increases, the Kinetic energy in the e-bike increases exponentially while reaction time decreases. Hence, you need to be cautious when riding at a high speed.
Don’t fiddle with what you don’t know: Don’t go about fiddling with parts of your electric bike except if you have the necessary technical knowledge. While some parts of your e-bike are simple, some can be more technical.
Therefore, fixing your e-bike should be attempted only by those with a deeper understanding of e-bike components like motors, speed controllers, and batteries.
Also, if your e-bike comes with a warranty, poking around with its part can void your warranty.
So, let’s go into the main business.
How Fast Does an Electric Bike Go?
The conventional bikes require pedaling and can only go as fast as your pumping ability.
However, e-bikes are electric-assisted and can go as fast as their motor power.
Nevertheless, most e-bikes cease to offer electric-assist once they attain the speed of 20 mph (miles per hour).
Most e-bikes in Europe can have a maxmotor power of about 250W, enabling them to attain a maximum speed of 25 km/h. However, things are quite different in the U.S., where e-bikes with higher speeds are preferred.
For instance, most e-bikes have a max motor power of 750W and a maxspeed of 20 mph (about 32 km/h).
What Is the Maximum Speed of an E-bike?
E-bikes can go fast but their speed is largely dependent on their power. However, the power-assist function on e-bikes will only benefit you up to 20mph after which you will have to result in pedaling and your pumping ability.
Can I Make My E-bike Go Faster?
While the speed of all e-bike is entirely dependent on their voltage and capped at 20mph, you may still have a chance of going faster than 20 mph.
For instance, some premium super-charged electric bikes with 500W motor power tend to integrate an “off-road only” mode, which enables them to go beyond 20 to about 25 mphor even more when you added pedaling.
Also, super-chargedbatteries provide higher voltages, which translates into more speed for your e-bike.
Therefore, if you want your e-bike to go faster, keep your battery well-charged. Don’t forget to know the regulations and jurisdictions of your local area before speeding off at 25 mph.
How Fast Can A 500W E-bike Go?
A 500We-bike will only provide full assistance to a maximum speed of 20 mph without pedaling – full throttle. Though, if you’re a heavier-set rider looking for more speed, a well-designed e-bike with a powerful motorwould be a better option.
For instance, if you’re 200 – 220 pounds, a 500We-bike might be enough for you, but if you’re heavier,a higher power may be better.
How Fast Does A 750W E-bike Go?
Most 750W e-bikes are associated with a maximum speed of 20 mph (32 km/h). Some mid-drive 750W e-bikes can go as far as about 28 mph.However, there is a compromise between their top speed on flat ground and climbing ability.
That is, the mid-drive 750W e-bike would go as fast as 28 mph on flat ground but would fall short climbing hills.
How Fast Can A 1000w E-bike Go?
A 1000W electric bike is powerful and fast – so powerful to comfortably and easily support a rider of about 190 – 200 pounds up any hill without pedaling.
A 1000W electric bikeshould get you up to 32 mph (about 50 km/h) with ease.
The only concern with 1000W electric bikes is that they are mostly meant for off-the-road purposes and using them on the road will be alluded to as operating against the law. Hence, the 1000W e-bikes are not recommended for regular, daily commuting.
How Fast Can A 3000W E-bike Go?
Since the 1000W electric bikes can go up to 32 mph (about 50 km/h) with ease, it is not surprising that a 3000W e-bike would hit speeds of over 50 mph.However, don’t forget that 20 mph is asafe and sufficient speed for e-bikes.
When throttling a 3000W e-bike, pedaling effort is of less significance, so don’t expect your pedal input to contribute anything meaningful to the speed. Just as stated above, powerful e-bikes with such high speeds are meant for off-the-road purposes, and using them on the road is unsafe and potentially illegal.
The only drawback with the 3000W e-bikesis wind resistance, which becomes a major issue in speeds over 30 mph.
Tips to Make Your Electric Bicycle Go Faster
Now you’ve seen that a 1000W electric bike can easily go as fast as 50 km/h. This speed is pretty sufficient for transport purposes. However, there are some things you can do to make your electric bike go faster, especially when you’re riding an e-bike of lower power – 500W or 750W. Here are surefire tips to make your electric bicycle go faster:
Always stay charged up: As explained above, a well-charged battery has a higher voltage and the speed of an e-bike is dependent entirely on its battery’s voltage i.e. higher voltages equals higher speeds.
So, keeping your battery constantly at a higher state of charge will make your e-bike move faster. When you charge more frequently, perhaps after every trip, your e-bike moves faster. One way to stay charged up is to get an inexpensive charger.
Note: don’t forget that keeping your battery idle for long periods when it is fully chargedcan be detrimental to its long-term health.
Swap your battery for a higher voltage battery: Your e-bike speed is dependent on your battery voltage. That means using a battery with higher voltage will substantially increase your speed. However, don’t swap your battery without checking whether or not your controller can handle the higher voltage.
For instance, before swapping your 36V battery to a 48V battery, make sure you check that your controller can handle the higher voltage – you can do it yourself using a new meter or check with the manufacturer.
Swap your motor: You can also increase the speed of your e-bike by using a motor with a higher RPM (revolution per minute) rating for your specific voltage. For instance, if you already have a 48V e-bike with a speed of 32 km/h, you can swap this motor with another with a speed of about 45 to 48 km/h.
Use smoother tires: While knobby tires are great for mountain and off-road rides because they are great for grip, they are terrible for speed. Hence, if you want an extra speed – about 1 to 2 mph in some cases – lose the knobby tires and go for smoother tires.
Tune your brakes: Poorly-tuned brakes can rob speed from your electric bike by adding unnecessary friction from brake rub. You can either tune your brakes yourselfor visit a local bicycle repairer.
E-bikes have motors and run more easily and efficiently than conventional bicycles. Nevertheless, that doesn’t make them a motorbike – they are still bicycles and not scooters.
So, expecting them to run or function on the road like motorbikes is not feasible.
E-bikes are only meant to assist the rider, meaning their motor shouldn’t be relied on as the sole power provider.
Though the 1000W e-bike delivers an appreciable speed, you can comfortably have it on usual bike trails, streets, and even sidewalks in various jurisdictions, just like a conventional bicycle.