350w Electric Bike Top Speed (All You Need To Know)
This article covers all the details you need to know about 350w Electric Bike Top Speed and wattage requirements. The best advancement in the evolution of electric cars is now electric bikes. Compared to standard push bikes, they are more efficient, lighter, faster, easier to ride, and more fashionable.
The 350w electric bike top speed, available in a wide range of wattages, are the most excellent option given the legal speed restrictions, the rider’s weight, the variety of terrains, and other factors.
But you must be conscious of how fast your 350w e-bike can travel (350w electric bike top speed). How fast can the most well-liked e-bikes travel? What influences your e-speed? Bike how can you get top speed from your 350-watt motor electric bike?
- 350w Electric Bike Top Speed
- Top Benefits Of Electric Bikes With A 350w Motor
- Factors That Affect The Speed Of A Bike
- Is 350 Watts Enough For An Electric Bike Motor?
- Most Popular Electric Bike Top Speed
- How Fast Can A 250w Ebike Go?
- Frequently Asked Questions
350w Electric Bike Top Speed
350W brushless motor’s powerful performance offers steady support and a top speed of 20 mph. To accommodate more individualized travel requirements, there are three riding modes: pedal, power assist, and pure electric.
Top Benefits Of Electric Bikes With A 350w Motor
One of the best technological improvements over gasoline/petrol motorbikes is using electric bikes. They offer reasonably priced advantages, with little pollution, and much more. Let’s examine the advantages of electric bicycles with 350-watt motors:
- Cost-Effectiveness: A 350-watt electric bike is less expensive than other powered bikes, making it one of the critical factors. A 350w ebike with a 36 volts battery at the going rate is a great deal!
- Portability: A 350w motor ebike powered by a 36-volt battery is incredibly portable and straightforward to ride and control on rough terrain. These e-bikes’ minimal weight and modern aesthetics are a huge plus in the industry!
- Quiet Motors: Although more robust motors don’t always generate noise, it varies from brand to brand. The 350w bikes are, therefore, ideal for zipping around your neighborhood without making a lot of noise from the motor.
- Legal Speed: In the USA, a 350-watt electric bike can go at a top speed of 20 miles per hour without needing a license. As a result, you can enjoy riding a motorbike without worrying about licensing rules and regulations.
Factors That Affect The Speed Of A Bike
Weight And Size Of The Bike
One of the main things that affect how fast your 350w electric bike goes is this. But a bike that is larger and lighter will travel more smoothly and quickly than one that is smaller and heavier. If you meet every requirement, your 350-watt e-bike should be able to travel faster than 25 mph on a flat road. But a 350-watt power electric bike is guaranteed to have a minimum range of 20–25 mph!
How Healthy Is Your Ebike?
A 350w ebike that has been adequately maintained has a functional motor, battery drivetrain, throttle, and sensor systems throughout. Such ebikes have an excellent top speed, occasionally exceeding 25 mph.
However, if the electric bike needs to be maintained correctly, even on easy and smooth roads, it would provide a reasonable speed. For instance, if the Ebike battery (old battery) is not supplying the motor with enough power, the range will decrease and the speed will increase.
Capacity Of The Battery
It’s important to think about a battery’s voltage and ampere and the watt hours of your 350-watt electric bike. For instance, a lithium-ion battery with 10Ah and 36 volts only has 360 WH, which is insufficient to power a 350-watt electric bike for an hour (approx).
So, to get a good speed out of your 350w ebike motor, you need at least a 48v 20ah ebike battery. The amount of watt-hour required increases with increasing motor power.
Weight Of The Rider
The rider’s weight comprises your body and any additional weight you carry, like luggage, bicycle equipment, etc. If a 350-watt electric bike is heavily loaded, it won’t be easy to get above 20 mph.
Is 350 Watts Enough For An Electric Bike Motor?
Electric motors’ wattage ratings show how many watts they can use. Usually, a 36-volt battery is connected to them. A 36-volt, 10 Ah battery generates three hundred sixty watt-hours. Multiply the voltages by the amp hours to determine the watt hours for any bike battery.
The 350-watt motor will run for an hour on a 360 WH battery. Remember that the motor on an ebike probably won’t need to draw its total wattage when you are riding. For instance, you will only need to use some effort to maintain a specific speed if you’re cycling down a level road with adequate tire pressure and minimal winds. Now, you’ll probably be using the bike motor to the most extent if you’re riding up a steep hill.
Regarding speed, my first ebike had a hub motor of 350 watts, and I could easily reach 20 mph. Up until I reached 22 to 23 mph, I raised the speed using the bike’s display. Even though the bike wouldn’t be able to sustain that pace for very long, the motor had more than enough power to accelerate the vehicle to that speed.
If you weigh around 150 pounds, a 350-watt motor will give sufficient power for flat roads with a few mild hills thrown in. The beauty of an electric bike is that it can be used for a variety of tasks, including those that require you to pedal with the engine (such as climbing hills). You can still get good exercise even if you don’t kill yourself or arrive at work dripping in sweat.
More than three hundred fifty watts will be needed to pull you up a slope if you’re only using the throttle if the bike has one, and if it does, you run the risk of burning the machine. It’s also crucial to be aware that a 350-watt motor advertised by one e-bike manufacturer may perform differently from a 350-watt motor from a different manufacturer. This is because watts can be either nominal or peak capacity. Some businesses will feature them both.
The motor’s nominal wattage is the highest power level. It can operate continuously without overheating. Even briefly, the maximum watts a motor can produce is known as peak capacity. The way the bike is configured is another distinction.
The bike’s controller regulates how many amps the motor may consume. A 15 amp controller will only permit 15 amps. A 25 amp controller will set a 25 amp limit. A higher amperage controller will provide you with more power.
Due to legal requirements, a lot of ebikes produced in Europe include controllers to restrict the motor’s output. The controller is 15 amps. Although the engine may differ, the identical bike sold in the US might have a 25 amp controller. Moreover, hub and mid-drive electric motors behave differently. A 350-watt mid-drive motor is not the same as a 350-watt hub motor.
Compared to hub motors, mid-drive motors are more effective, frequently have higher torque, and can use the gears on the bike. This makes mid-drive motors excellent hill climbers. On slopes, a 350-watt mid-drive motor will perform better than a 350-watt hub drive motor.
A 350-watt, 36-volt ebike offers several benefits. One benefit you have surely noticed is that they are more reasonably priced. Additionally, you may find them on lighter bikes like the Swagtron EB7 Plus and the Jupiter Bike Discovery X5. A motor with 350 watts is lighter than one with 500 or more.
Hence, 350 watts is a good size if portability is what you’re after. Some, like the Macwheel LNE-16, only have 250 watts of power. The tiny bike is relatively nimble. On slopes, it’s surprisingly good. Its peak power is probably far higher than 250 watts.
Another benefit is that quieter motors tend to be smaller. Three hundred fifty watts is a decent choice if you want to ride down a bike path without passing by people or other riders and without making a scene with a loud motor.
The quietness of more robust motors varies depending on the manufacturer. Some employ soundproofing materials that are superior to others. The weight of the cyclist and the presence of slopes will determine if 350 watts is sufficient.
If you’re a larger rider, I’d suggest a motor that can handle hills at a higher peak wattage and 500+ nominal watts. Three hundred fifty watts will be sufficient if you want to commute in the city on flat, paved roads with minimal hills and are of average weight, especially if you prefer pedaling for exercise.
Most Popular Electric Bike Top Speed
500w Electric Bike Top Speed
Any electric bike’s speed is controlled by watts, with higher wattage resulting in a quicker speed. Moreover, a battery takes longer to charge the greater its watt-hour rating. On flat terrain, a 500w electric bike may reach a minimum speed of 25–28mph.
They are the most excellent electric bike you can buy for city commuting. The speed of a 500w electric bike is within the legal limitations, making it faster than 250w and 350w electric bikes. If you choose a fully electric bike rather than a pedal-assisted electric bike, you will have a more luxurious experience.
How Fast Can A 250w Ebike Go?
Although what would seem obvious, a 250w motor is sufficient to support the rider’s pedaling properly. A larger wattage will provide your electric bike with a faster pace. A 250w electric bike typically travels at 15.5 mph.
Moreover, the mid-drive motors in most electric bikes produce more power with less wattage since they produce more torque. Also, since a 250-watt electric bike needs a smaller battery to function, your bike will automatically be lighter!
Another huge benefit is that you wouldn’t need a license for a 250-watt electric bike (which falls under the class 1 category). Only bikes that go at speeds exceeding 25 mph require a license.
Here is the conclusion of the 350w Electric Bike Top Speed; the 250W model has a top speed of 20 mph and is classified as a Class 1 e-bike, which means it solely has pedal assistance. Class 3 rating for the 350W and 500W variants means they could hit a top speed of 25 mph.
I only had a brief opportunity to ride each bike, so I needed a more accurate understanding of the motor’s nominal and peak power ratings. After half a spin of the pedals, I could feel the motor engage, but it wasn’t abrupt as on some e-bikes I’ve used.
My brief rides with both were relaxing and left me wanting more. The acceleration was seamless. But, the quicker bike was undoubtedly louder while it was in motion. As opposed to the 500W motor’s whining, the 350W motor was almost entirely silent. But this is very usual, significantly as the power ratings increase.
Frequently Asked Questions
How fast is 350W in mph?
A 350W 36V 10.4AH battery allows an electric scooter to go up to 15–25 miles at 15.5 mph. It depends on several factors, including the road’s condition, load weight, power, and riding speed.
Is 350W ebike enough?
A 350-watt motor will provide adequate power for level roads with a few modest hills thrown in if you weigh an average of 150 lbs. Although some hills may require you to pedal with the engine, the beauty of an electric bike is that they help you with these jobs.
Which is better, 350W or 500W?
For an 80 kg rider using pedal assistance, 350W provides 60Nm and 500W peak power—enough torque and power for a 10% uphill climb. Expecting an e-bike to climb slopes quickly without peddling is unrealistic. For an 80kg cyclist climbing a 15% slope, 500W can generate 80Nm and up to 750W power. Using 500W will increase your performance.
How fast can a 750W ebike go?
Generally, a 750W electric bicycle can travel at about 28 mph. Even though many electric bicycles have a power of 750W, the materials and technical solutions used in the batteries vary, affecting the speed.