Makers and skateboarders who fancy building their very own electric longboard may be interested in a new tutorial created by the Electronoobs website providing details on how to build your very own DIY Electrical longboard. Equipped with a battery pack, radio receiver N5060 brushless motor and a little Arduino hardware and programming, the electric skateboard is finished with 3D printed cases to protect the electronics from knocks and scrapes.
Components and Assembly
The tutorial meticulously guides you through the process of assembling the electric longboard. The core components include a high-capacity battery pack, a robust radio receiver, and the powerful N5060 brushless motor. The Arduino hardware plays a crucial role in controlling the motor and ensuring smooth operation. The 3D printed cases are not just for aesthetics; they provide essential protection for the delicate electronics, ensuring durability and longevity.
One of the standout features of this project is the custom-made 6S battery pack. Electronoobs provides a detailed guide on how to create this battery pack, which is essential for powering the motor efficiently. The tutorial emphasizes the importance of safety and proper handling of battery components, making it accessible even for beginners.
Inspiration and Design
Electronoobs explains a little more about the inspiration behind the electric skateboard and its features. “I want to make my own homemade electric longboard with a powerful Brushless motor. The first idea was to use two motors, but I had not enough space between the wheels of my longboard. In this tutorial, we will see how to mount everything together, make a test and give the final results. Make sure you watch the tutorial on how I’ve made my homemade 6S battery pack in order to finish this tutorial.”
The decision to use a single motor instead of two was driven by spatial constraints, but it also simplifies the build process and reduces the overall cost. Despite using a single motor, the longboard is designed to deliver impressive performance, capable of handling various terrains and inclines with ease.
Watch the demonstration video below to learn more about the DIY electric longboard tutorial which can be seen in full over on the Electronoobs website by following the link below.
The video provides a comprehensive overview of the entire build process, from assembling the components to programming the Arduino. It also includes a test run, showcasing the longboard’s capabilities and performance. The visual guide is an excellent resource for those who prefer learning through demonstration rather than text.
Additional Tips and Considerations
For those looking to customize their electric longboard further, there are several additional tips and considerations to keep in mind. For instance, the choice of wheels can significantly impact the ride quality. Larger, softer wheels can provide a smoother ride, especially on rough surfaces, while smaller, harder wheels can offer better speed and maneuverability.
Another important aspect is the enclosure for the electronics. While the 3D printed cases provided in the tutorial are functional, some builders might prefer using metal or reinforced plastic enclosures for added durability. Ensuring that the enclosure is waterproof can also protect the electronics from potential water damage, extending the lifespan of the longboard.
Finally, tuning the Arduino code to match your specific riding style can enhance the overall experience. Adjusting parameters such as acceleration, braking, and throttle response can make the longboard more responsive and enjoyable to ride.
Source: AB : Electronoobs
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