Electric skateboards have become an increasingly common mode of daily transportation for many people, thanks to their convenient, fast, and eco-friendly features. Beyond their practical utility, electric skateboards offer an exhilarating riding experience—allowing you to feel the thrill of the wind, freedom, and speed. Understanding how to go faster on an electric skateboard opens the door to an exciting new realm. In this blog post, we'll delve into how to safely boost the speed of your electric skateboard, ensuring a thrilling yet secure riding experience. Get ready to explore the nuances of speed on your electric skateboard and let the adventure of velocity unfold. 

Tips to Help You Go Faster on Your Electric Skateboard             

1. Fully Charged the Battery of Your Eboard

Ensure that the battery of your electric skateboard is fully charged. A well-charged battery provides optimal performance. A fully charged battery ensures that the electric skateboard's motor receives the maximum voltage and current it requires. This allows the motor to operate at its highest power output, contributing to better acceleration and speed. Charge your battery fully before each ride, and if possible, invest in a spare battery for longer rides. A well-maintained battery not only contributes to speed but also ensures a consistent and reliable ride. 

2. Lose some weight

Losing the rider's weight or removing the unnecessary gear on your backpack is another best way to make you faster on an electric skateboard. Electric skateboards are equipped with motors that have a certain power output. When a rider, especially a heavier one, rides a mini electric skateboard or electric longboard, the eboard motor has to work harder to overcome the additional load. The power output of the motor may not be sufficient to achieve the same speeds as it would with a lighter rider. Meanwhile, the electric skateboard motor needs to generate sufficient torque to move the eboard and the rider, affecting the acceleration capabilities. Continuous operation under a heavy load can lead to increased heat generation in the electric skateboard motor. Some electric skateboards have systems to protect against overheating, and when triggered, these systems may reduce power output to prevent damage.

3. Gradual Acceleration: Smooth Takeoffs for Speed

Electric skateboard motors provide torque to turn the wheels. Gradual acceleration allows the motor to efficiently deliver power to overcome initial resistance and smoothly build up speed. Sudden acceleration may lead to a temporary demand for high torque, which the motor may struggle to provide instantly. Besides, maintaining a moderate acceleration curve helps manage motor temperature and performance and provides a faster speed for you when riding! Some electric skateboards feature regenerative braking, where the braking system converts kinetic energy back into electrical energy. Gradual acceleration and deceleration allow for more effective use of regenerative braking, contributing to energy efficiency and overall speed management.  

4. Riding on Smooth Terrains and Downhill              

Smooth terrains offer lower rolling resistance. This means that the electric skateboard wheels encounter less friction as they roll, allowing your board to maintain speed more efficiently. Moreover, the electric skateboard motors don't have to overcome uneven terrain or rough patches, allowing them to work more effectively in propelling the electric skateboard. Meanwhile, when riding downhill, gravity provides additional force that aids in accelerating your electric skateboard. The natural incline assists the motor, reducing the load on it. This can result in increased speed without relying solely on the motor's power.

5. Change Bigger Wheels on Your Electric Skateboard

Larger electric skateboard wheels have a better ability to roll over cracks, bumps, and small obstacles on the road, such as off-road electric skateboard wheels and all-terrain electric skateboard wheels. This improves overall efficiency by reducing the impact of these obstacles on speed. Smaller wheels may experience more resistance and slow down when encountering obstacles, such as the 90mm electric skateboard wheels. Additionally, with each revolution, an eboard larger wheel covers more ground compared to a smaller wheel. This results in the electric skateboard traveling a longer distance with each rotation, contributing to increased speed.            

6. Upgrade the Bearings of Your Electric Skateboard                                

New fresh bearings of electric skateboards typically have less friction than worn-out or old bearings. Reduced friction allows the wheels to spin more freely, translating to a smoother and more efficient ride. With less energy lost to friction, the skateboard can achieve and maintain higher speeds. 

                   

Conclusion: Embrace the Thrill, Respect the Ride           

Understanding these factors can help you optimize your electric skateboard's top speed and overall performance. Mastering the art of acceleration on your electric skateboard is about finding the perfect balance between speed and control. Embrace the thrill of the wind rushing past you, but always respect the ride. Prioritize safety, continuously refine your riding technique, and explore the full potential of your electric skateboard. So, gear up, pull the throttle, and let the adventure begin!

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