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Jul 15, 2025
11:27 AM
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Longboarding has been a favorite activity among skateboarders for years, especially for those who prefer smooth rides, carving, and cruising over technical tricks. With the rise of personal electric transportation, a new version of the traditional longboard has gained popularity—the electric longboard. Combining the classic design of a longboard with modern motor technology, electric longboards offer a completely new riding experience. But what exactly is an electric longboard, and how does it differ from a regular one? In this article, we’ll explore the structure, features, and performance differences between electric and traditional longboards to help you understand their unique qualities.
What Is an Electric Longboard?
An electric longboard is a battery-powered skateboard that uses a motor to propel the rider forward without the need to push manually. It looks very similar to a traditional longboard, with a long and wide deck, large wheels, and stable trucks. However, the major difference lies underneath the deck, where you’ll find components such as an electric motor, a battery pack, and an electronic speed controller.
Electric longboards are controlled using a handheld wireless remote or a mobile app. Riders can accelerate, brake, or change speed modes simply by pressing buttons or moving a throttle on the remote. With these added components, electric longboards allow users to travel faster, climb hills, and commute longer distances with far less physical effort compared to traditional longboards.
Design and Structure Comparison
In terms of physical design, electric and regular longboards share several similarities. Both typically feature decks ranging from 36 to 44 inches in length, offering a stable and comfortable ride. They also use similar materials, such as maple wood, bamboo, or fiberglass, depending on the desired flexibility and durability.
However, electric longboards often have a thicker or slightly elevated deck to accommodate the battery and motor. The added electronics contribute to an increase in weight, making electric boards noticeably heavier than traditional ones. While a regular longboard might weigh around 3 to 5 kilograms, electric longboards can weigh anywhere from 7 to 12 kilograms or more, depending on the model and battery size.
Additionally, the underside of an electric longboard usually features a mounted battery case and motor housings, which may slightly affect the ground clearance and aesthetics of the board. Despite these differences, electric longboards maintain the overall shape and style that longboarders are familiar with.
Power and Speed Capabilities
One of the most obvious differences between electric and regular longboards is how they move. Traditional longboards rely entirely on human power. Riders use their feet to push off the ground to gain speed and rely on gravity for downhill movement. While this allows for a smooth and relaxed riding style, it also limits speed and range, especially on flat terrain or when going uphill.
Electric longboards, on the other hand, are powered by electric motors that can achieve much higher speeds. Depending on the model, electric longboards can reach speeds of 20 to 45 kilometers per hour or more. The motor’s torque also makes it possible to climb hills that would be difficult or impossible to ride on a standard longboard.
This added power transforms the riding experience. Instead of worrying about tiring legs or uneven roads, riders can focus on enjoying the ride, maintaining a steady pace, and covering longer distances with ease.
Braking Systems
Another major difference is the braking mechanism. Regular longboards have no built-in brakes, so riders use techniques like foot braking or sliding to slow down or stop. These methods require practice and can be risky, especially for beginners or in emergency situations.
Electric longboards are equipped with electronic braking systems that are controlled through the remote. Riders can slow down gradually or come to a complete stop with the push of a button. Many electric boards also feature regenerative braking, which converts the energy from braking back into battery power. This makes electric longboards safer, especially when navigating crowded city streets or going downhill.
Ease of Use and Learning Curve
Both types of longboards require a basic sense of balance and coordination, but their learning curves are quite different. Traditional longboarding involves mastering pushing, carving, foot braking, and other physical techniques. It takes time and practice to build up stamina and confidence.
Electric longboards remove the need for pushing, allowing new riders to focus on balance and steering. The remote makes it easier to control speed and direction, which shortens the learning curve for many beginners. Some electric boards also offer beginner modes with limited speed and acceleration for safer learning.
However, riders still need to practice starting, stopping, and turning at different speeds, as the increased power can be overwhelming at first. Once mastered, electric longboards offer a smoother and more effortless riding experience, especially for longer distances.
Commuting and Daily Use
When it comes to everyday use, electric longboards are far more suitable for commuting and travel. With the ability to ride longer distances without physical strain, many riders use electric longboards as a practical means of transportation. They are particularly effective in urban environments where traffic congestion is common and public transport may be unreliable.
Traditional longboards are still great for short rides, relaxed cruising, or as a fun activity in parks and open areas. But for those who need speed, convenience, and the ability to climb hills or navigate longer routes, electric longboards are clearly more functional.
Electric boards can also be carried onto buses or trains, stored under desks, and charged at home or work. Their versatility makes them a great option for students, professionals, and city dwellers alike.
Maintenance and Upkeep
Regular longboards are simple in design and require minimal maintenance. Occasionally replacing bearings, tightening trucks, or changing wheels is usually all that’s needed to keep them running smoothly.
Electric longboards, while more advanced, require more attention. Battery care, motor performance, and electronic components must be checked regularly. Water resistance is also a concern, as not all electric boards are waterproof. Riders need to keep the electronics dry and protected from debris.
Despite this, many modern electric boards are designed with durable, weather-resistant materials, and maintenance is relatively easy with proper care. Manufacturers often provide apps or indicators to monitor battery levels, firmware updates, and motor status.
Cost Differences
Cost is another key difference between the two types of boards. A standard longboard can be purchased for a relatively low price, making it accessible for most people. Prices typically range from budget-friendly beginner models to high-end performance boards.
Electric longboards are more expensive due to their added technology. Entry-level electric boards start at a few hundred dollars, while premium models with advanced features can cost over a thousand. However, for those who use their board regularly for commuting, the investment can pay off by reducing transportation costs over time.
Conclusion
electric longboard are a powerful evolution of the traditional longboard, offering speed, comfort, and convenience that appeal to a wide range of users. While regular longboards are still loved for their simplicity, control, and classic ride feel, electric longboards open the door to new possibilities—whether it’s daily commuting, long-distance travel, or effortless urban exploration.
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