English
Views: 42 Author: Site Editor Publish Time: 2025-06-11 Origin: Site
Electric bikes are becoming more popular for commuting and recreation. But how fast do they actually go?
Speed is influenced by motor power, regulations, and terrain. Knowing these factors will help you pick the right bike for your needs.
In this post, you’ll learn about the different factors affecting electric bike speed and how to choose the best one for your rides.
The motor wattage plays a big role in how fast an electric bike can go. Electric bikes generally come with motors ranging from 250W to 1000W.
| Class | Max Speed | Description |
|---|---|---|
| Class 1 | 25km/h | Pedal-assist only |
| Class 2 | 32km/h | Powerful for hill climbs (e.g., CYBIC FATNOMAD 20) |
| Class 3 | 32km/h | High-speed, long commute (e.g., Pioneer 16) |
Class 1 bikes, providing speeds of up to 25km/h.
like the one on CYBIC's FATNOMAD 20, offers more power for hill climbs and off-road adventures, maintaining a stable speed of 32km/h.
The Pioneer 16 features class 3, allowing for faster speeds and smoother rides at up to 32km/h, especially on long commutes
Battery power and capacity also affect your bike’s speed and range. Electric bikes typically use 48V batteries, which provide a good balance between power and efficiency.
| Battery Type | Voltage | Capacity | Max Speed | Description |
|---|---|---|---|---|
| CYBIC 48V/14Ah | 48V | 14Ah | 32km/h | Supports long-range travel with higher speeds |
| Standard 36V/10Ah | 36V | 10Ah | 25km/h | Common for entry-level bikes, less range at high speeds |
A 48V/14Ah battery, like the one found in CYBIC models, supports long-range travel and maintains speeds of up to 32km/h.
As speed increases, the battery drains faster. For example, traveling at higher speeds will reduce range.
The design and weight of an electric bike can impact its overall speed. Lighter frames tend to be more efficient and allow you to ride faster.
| Model | Weight | Speed | Features |
|---|---|---|---|
| CYBIC Pioneer 16 | 18 kg | 32km/h | Lightweight design for efficiency |
| FATNOMAD 20 | 26 kg | 32km/h | Built for off-road, higher weight, more stability |
CYBIC’s Pioneer 16, weighing just 18 kg, is built for speed and stability, helping maintain a steady 32km/h
Aerodynamics play a big role too—streamlined frames and smaller wheel sizes reduce wind resistance, which helps improve speed.
Different terrains and riding modes can significantly change the speed of your electric bike.
| Mode | Description | Speed Impact |
|---|---|---|
| Eco | Reduces motor power to conserve battery | Slower speeds |
| Standard | Balanced motor power for regular riding | Moderate speed |
| Sport | Boosts motor power for faster rides | Higher speeds |
Eco, Standard, and Sport Modes: Many bikes, including CYBIC models, allow you to switch between modes. Eco mode helps conserve battery and reduces speed, while Sport mode boosts power for faster rides.
Terrain: Uphill climbs slow you down. The FATNOMAD 20, however, is designed to tackle tough terrains and maintain 18 mph even on 15° inclines, thanks to its fat tires and strong motor.
The combination of these factors determines how fast your electric bike can go, depending on the bike model and conditions.
Electric bikes are classified into three main categories, each with different speed limits and features. These classifications help riders understand what to expect in terms of performance, especially when it comes to commuting or recreational riding.
Class 1 electric bikes are designed for casual riders. They have a maximum speed of 25km/h.
| Class 1 Bikes | Speed | Features | Ideal Use |
|---|---|---|---|
| THUNDER26 | 25km/h | Pedal-assist only | City commuting |
These bikes offer pedal-assist only, meaning the motor helps you pedal but doesn't provide throttle power.
Ideal for urban commuting and areas with speed restrictions.
A great example is CYBIC's THUNDER26, which is perfect for commuters navigating through cities where speed limits apply.
Class 2 bikes also have a 20 mph (32 km/h) top speed but come with a throttle.
| Class 2 Bikes | Speed | Features | Ideal Use |
|---|---|---|---|
| CYBIC FATNOMAD 20 | 20 mph | Throttle control, foldable bike | Short-distance commuting |
These bikes provide both pedal-assist and throttle-based motor, so you don’t need to pedal at all if you prefer not to.
Great for short-distance city commuting, especially when you want to rest your legs.
CYBIC’s FATNOMAD 20 is an excellent example. Its throttle control and foldable design make it ideal for last-mile commuting.
Class 3 bikes are built for speed, reaching 20 mph (32 km/h).
| Class 3 Bikes | Speed | Features | Ideal Use |
|---|---|---|---|
| CYBIC Pioneer 16 | 20 mph | Pedal-assist with speedometer | Long-distance commuting |
These bikes also feature pedal-assist but require a speedometer to track and ensure they don’t exceed legal limits.
Perfect for long-distance commuters who need to keep up with fast-paced urban traffic.
CYBIC’s Pioneer 16 is designed to handle these high speeds, making it perfect for quick commutes through busy areas.
Each class offers a unique experience, allowing you to choose based on your commuting needs or recreational preferences.
Electric bike speeds are regulated by law, and the limits vary based on location, bike classification, and safety requirements. Here's what you need to know.
In the U.S., electric bikes are classified into three categories based on their top speed.
| Class | Max Speed | Features |
|---|---|---|
| Class 1 | 25km/h | Pedal-assist only |
| Class 2 | 32km/h | Pedal-assist + throttle |
| Class 3 | 32km/h | Pedal-assist + speedometer |
Class 1 bikes are limited to 25km/h and are pedal-assist only.
Class 2 bikes can reach 32km/h and offer both pedal-assist and throttle control.
Class 3 bikes have a top speed of 32km/h but require a speedometer.
Laws differ by state. For instance, in California, Class 3 bikes are restricted from bike paths but are allowed on roads and highways where they share the road with other vehicles. CYBIC’s models meet these standards, ensuring legal compliance.
In Europe, speed regulations are a bit stricter. The legal speed limit for electric bikes is 15.5 mph (25 km/h).
| Region | Speed Limit | Example Model |
|---|---|---|
| Europe | 25 km/h (15.5 mph) | CYBIC European models |
This limit applies to most countries in the EU, impacting the design of bikes sold in these regions.
CYBIC’s European models are designed to comply with the 25 km/h limit, making them suitable for use across the continent.
For safety, high-speed electric bikes must be equipped with specific features. These include:
Brakes: Hydraulic disc brakes, such as those by TEKTRO, offer reliable stopping power even at high speeds.
Speedometers: Class 3 bikes are required to have a speedometer to track and ensure they don’t exceed legal limits.
Lighting and Reflectors: Lights and reflectors are required to make sure you’re visible, especially at night or in low-light conditions.
Wearing a helmet and other safety gear is also recommended, especially when riding faster models, like those in Class 3.
Understanding these regulations and safety features ensures a safe and legal riding experience.
Many riders wonder if they can boost their electric bike’s speed beyond the factory settings. While it might be tempting to increase speed, it comes with serious risks.
Modifying your electric bike to go faster than the legal speed limit is risky.
Warranty Concerns: Modifications often void the bike’s warranty. CYBIC, for example, has factory-set speed limits to ensure safety. Changing these limits could lead to a loss of warranty protection.
Safety Issues: Altering the motor or controller can affect safety features, such as braking and stability, especially at higher speeds.
Some brands, like CYBIC, allow limited speed customization through apps. However, these adjustments are typically within safe, factory-set limits.
App-based Adjustments: Riders can use the CYBIC app to change the speed limit within a safe range. For example, after reaching 28 mph, the motor power reduces to prevent excessive speed.
Risks of Tampering: Overriding the factory settings can lead to motor damage, reduced battery life, and safety concerns. It’s always best to stick to the preset limits for your safety and the longevity of your bike.
CYBIC’s focus is on keeping your ride safe, ensuring you enjoy speed while remaining within legal and safe limits.
Electric bikes vary in speed based on their class and design. Here's what you can expect:
Class 1 bikes top out at 25km/h, offering smooth rides on flat surfaces.
Class 2 bikes also reach 32km/h, but they come with a throttle for easier acceleration.
Class 3 bikes, like the Pioneer 16, can go up to 32km/h, making them ideal for fast-paced commutes.
Yes, sometimes electric bikes can exceed their listed maximum speed, but it depends on several factors:
Rider Input: Pedal power can help push the bike beyond the max speed, especially on smooth terrain.
External Factors: Wind, road gradient, and bike weight all play a role. For example, riding downhill can boost speed even more.
Real-World Speed Tests: Some riders have tested bikes and found they can exceed the rated max speed, but this isn’t guaranteed for every model.
The fastest electric bikes are usually Class 3 bikes, but several models stand out for their speed.
Pioneer 16 is a top-tier model that achieves close to 32km/h on flat roads. Its lightweight frame and 500W motor are key factors in reaching this speed.
Bikes with higher-powered motors and aerodynamic designs tend to hit their max speeds more efficiently.
Terrain can significantly affect how fast your electric bike can go.
Uphill: Climbing inclines slows your bike down. On steep hills, expect a drop in speed.
Downhill: On the flip side, going downhill can boost speed, especially on high-powered bikes.
Example: The FATNOMAD 20 maintains 32km/h on slopes of 10° to 20° due to its powerful motor and fat tires, designed to handle rougher terrains.
Terrain, bike power, and rider input all contribute to the speed you can achieve on any given ride.
Electric bikes are designed for different types of riders. Whether you're commuting short distances, heading off-road, or going on long-distance rides, your speed needs will vary.
For short-distance commuters, speed isn't always about going fast—it’s about efficiency.
A bike that reaches 15.5 mph (25 km/h) is usually sufficient for city commutes.
Example: The THUNDER26 is a great choice for urban commuters. It reaches 15.5 mph and folds easily for transport on public transit.
For city rides, you don't need top speed, just a reliable bike that gets you to your destination quickly.
Off-road riders often prefer bikes that don’t go too fast. They prioritize stability and control on rough terrain.
Why slower speeds? Riding at slower speeds helps maintain control on uneven ground and reduces the risk of accidents.
Example: The FATNOMAD 20 is built for off-road adventures. It’s not about speed—it’s about grip and stability. Its fat tires make it perfect for rough terrains while still maintaining 32km/h on moderate slopes.
Slower speeds are key when tackling hills or navigating through rocks and dirt.
Long-distance commuters or riders who need to travel greater distances often need a balance between speed and range.
Best options for long-range riders: Bikes like the Pioneer 16, which can reach 32km/h, are great for covering long distances without compromising on speed.
Balancing speed and range: Long-distance riding means conserving battery life. You’ll need to manage how fast you go to make sure you have enough charge for the entire trip.
Long-distance commuters will benefit from a bike that provides both speed and extended battery life.
Maximizing both speed and range is essential for an enjoyable electric bike experience. Here are a few tips to get the most out of your ride.
To get the best battery life, you need to manage how and when you use it.
ECO mode: Many electric bikes, including CYBIC’s, offer ECO mode, which reduces motor power to extend battery life.
Smart battery management: Make sure you’re using proper charging practices—avoid overcharging and try not to let the battery drop too low.
CYBIC’s smart ECO mode helps balance speed with battery usage, so you can go longer distances without compromising too much on speed.
Wind resistance can slow you down, especially at higher speeds.
Aerodynamic bike frames: Choose bikes with streamlined designs. These frames reduce drag, allowing for higher speeds.
Proper riding posture: Lowering your body to reduce wind resistance can also help. Keep your head down and elbows bent while riding to make your ride more efficient.
Small adjustments can lead to noticeable improvements in speed and efficiency.
A well-maintained motor performs better and lasts longer.
Regular maintenance: Clean and lubricate the motor regularly to keep it running smoothly.
Check for wear: Make sure the motor’s components are functioning correctly. A well-maintained bike is more efficient and ensures consistent speed.
Proper care of your electric bike’s motor can help it reach its full potential and maintain top performance.
Speed on an electric bike depends on factors like motor power, battery, and terrain.
CYBIC focuses on balancing speed, safety, and practicality in all its models.
Choose your electric bike based on your speed needs and commute type.
Remember to follow local speed laws and prioritize safety while riding.
