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Electric motorbikes are becoming an increasingly popular vehicle choice for commuters and weekend adventurers. But can these motorbikes reach the same high speeds as their gasoline-powered counterparts? In this blog post, we’ll explore the top-speed capabilities of electric motorbikes. So, if you’ve been wondering whether or not a 90 km/hour electric motorbike exists, read on to find out!
How Fast Can Electric Motorbikes Go?
Can electric motorbikes reach 90km/hr? Yes, there are electric motorbikes that go at 90km per hour. However, electric motorbikes can also go at a lower speed, depending on the model and make of the motorbike.
One of the great things about electric motorbikes is that they have the potential to go much faster than their petrol counterparts. A few factors can affect the top speed of an electric motorbike, such as the type of battery, the motor’s size, and the motorbike’s weight. The average top speed for an electric motorbike is around 60 – 70 km/h. But some can reach even higher speeds. One such electric motorbike is the Ukko S Pro which can reach up to 93km/hr.
It’s important to remember that electric motorbikes are still new technology, and they are constantly improving. Soon, we could see even higher top speeds from these motorbikes!
Factors that Determine the Top Speed of an Electric Motorbike
- Type of Motor
The motor is the most important factor in determining the top speed of an electric motorbike. Three main types of motors are used in electric motorbikes: hub motors, mid-drive motors, and friction drive motors. Hub motors are common types of motors used in electric motorbikes. They are located in the front or rear wheel and provide power to the wheel through a gear system. Mid-drive motors are found in the middle of the motorbike frame and provide power to the chainring. Friction drive motors are located in the rear wheel and provide power to the wheel through a friction pad. The best and most recommended types are the mid-drive motors.
- Battery Pack
The battery pack is the second factor determining the top speed of an electric motorbike. The battery pack provides power to the motor and can be either removable or integrated into the frame. The size and capacity of the battery pack will determine how long the electric motorbike can run at its top speed.
- The Weight and Aerodynamics of the Motorbike
Weight: The weight of an electric motorbike can affect its top speed in several ways. Heavier motorbikes require more energy to accelerate and maintain higher speeds, which can drain the battery pack more quickly. This can reduce the range and overall performance of the motorbike. On the other hand, lighter motorbikes are more efficient and require less energy to accelerate and maintain higher speeds, which can improve their range and performance.
Aerodynamics: The aerodynamics of an electric motorbike can also impact its top speed. Motorbikes with a more aerodynamic design have greater wind resistance, allowing them to reach higher speeds. On the other hand, motorbikes with a less aerodynamic design may be slowed down by wind resistance, which can limit their top speed.
- Wind
Prevailing wind conditions can affect an electric motorcycle’s speed in several ways. Wind can have a significant impact on the resistance experienced by the motorcycle, which can affect its top speed.
The wind blowing from behind the motorcycle can boost the motorbike’s speed. This is because the wind pushes the motorcycle forward, reducing the resistance experienced by the motorbike. On the other hand, if it comes from the front of the motorcycle, it can reduce the motorbike’s speed. This is because the wind is pushing against the motorcycle, increasing the resistance experienced by the motorbike.
The impact of wind on the speed of an electric motorcycle will depend on the strength and direction of the wind and the aerodynamics of the motorcycle. Motorbikes with a more aerodynamic design are more resistant to the wind, allowing them to maintain higher speeds in windy conditions. Wind resistance may slow down motorbikes with less aerodynamic design, which can slow down their speed.
In general, larger and more powerful motors can produce higher speeds but require more energy and may have a shorter range than smaller motors. The power output of the battery pack also plays a significant role in determining the top speed of an electric motorbike. Higher power output battery packs can provide more energy to the motor, allowing for higher speeds, but they may also be heavier and more expensive.
High Performance of Tromox Ukko S Electric Motorbike
Tromox electric motorcycles utilize high-performance mid-drive motors to help them achieve top speed. A mid-drive motor is a type of electric motor that is mounted in the center of the motorbike,
One reason a mid-drive motor is so efficient is that it is directly connected to the motorbike’s chain, which means that power is transferred directly to the rear wheel. This is in contrast to other types of electric motors, such as hub motors, which are located in the wheel and require additional components (such as a belt or a shaft) to transfer power.
In addition to being more efficient, a mid-drive motor provides improved traction and handling. Because the motor is located in the center of the motorbike, it helps to evenly distribute the weight of the motorbike and the rider. This can make the motorbike feel more stable and responsive, especially when cornering or navigating through challenging terrain.
Overall, the high-performance mid-drive motor of a Tromox electric motorcycle is an excellent choice for achieving top speed, maximizing power transfer efficiency, improving traction and handling, and providing a more enjoyable and efficient riding experience.
Increasing the Top Speed of Your Electric Motorbike
There are a few ways to increase the top speed of an electric motorbike.
- One way is to increase the power of the motor.
- Another way is to reduce the amount of weight on the motorbike.
- A third way is to change the gearing so that the motorbike can go faster.
Some people have modified their electric motorbikes to go faster by increasing the motor’s power. However, this will usually void the warranty on the motorbike. It is also important to note that going too fast can be dangerous. Always ride within your abilities and be aware of your surroundings.
Conclusion
From this article, it is clear that electric motorcycles can go up to 90 km/hr (55 mph).
It’s important to note that the top speed of an electric motorcycle is not the only factor to consider when choosing a motorcycle. Check out the Tromox website for other factors in selecting your electric motorcycle. It’s always a good idea to test-ride a motorcycle before purchasing it to ensure it meets your needs and preferences.
It’s worth noting that local laws and regulations may limit the top speed of an electric motorbike. It’s always important to check the local laws and regulations before operating any vehicle, including electric motorbikes.