The Process of Manufacturing an Electric Longboard
THE PROCESS OF DESIGNING AND MANUFACTURING AN ELECTRIC LONGBOARD
Electric longboards are a fun mode of transportation and a great outdoor entertainment item. Learning how it is made can only further interest in owning one an electric longboard.
Here are the steps associated with the design and manufacturing of them:
PARTS OF THE BOARD
There are about five essential components to any electric longboard. These include the board itself; the motor; battery; electronic speed controller (ESC); and wheels, pulleys, and belts.
The board will be the deck of the longboard. This not only holds the weight of the rider but will also be where the electric components will be attached. Boards are usually 36 inches or longer so that there is enough room to attach the components.
The motor is responsible for propelling the longboard. They come in several shapes and sizes, and in different wattages. The wattage will determine how much power the motor has.
The battery strength will determine how long the board can be ridden or how far it can go on a single charge. These can also vary in size and shape, but also in voltage. The higher the voltage, the longer the board can run before needing a charge.
Next is the ESC. This is the brain of the board. It sends signals to the battery that help the battery determine how much energy would be needed to make the board go a certain speed. A handheld controller is attached to this to make it easy to control speed!
Lastly, the board needs its wheels, pulleys, and belts. These are small but crucial components. They connect everything and make the board mobile.
Now that you know what parts the board is made up of, you probably want to know how it all comes together to make an electric longboard. But first, you need to know how these boards are designed.
DESIGNING THE BOARD
Before all of the pieces are put together, a design is made of what the board will look like. The design of the electric longboard will not impact just the aesthetic of the board, but also plays a major role in its functionality.
Different board cuts can offer more aerodynamic experiences. The design also includes the best locations for components to be attached. This might mean the battery and motor are attached in the center of the board, or maybe one of those components are closer to the wheel.
All of the pieces are taken into mind in the design process to assure that the proper small components, like pulleys and belts, are properly connected.
Now that you know how it is designed, here’s how it is assembled.
MANUFACTURING OF THE BOARD
Large manufacturers create the boards by starting with the electrical components and adding the wheels and smaller components at the end of the process. A very important part of the manufacturing process is the testing of the functionality of the board.
The Process of Manufacturing an Electric Longboard
For this part of the process, performance tests may be conducted, depending on the company. The ultimate goal is to make sure that all of the components that you learned about earlier are attached properly and are in good working order.
Without committing to performance tests, a manufacturer could potentially release a board that has electrical problems which can result in injury. This is why you can rest assured that the products are tested to at least some extent for safety and operability.
CONCLUSION
The process for making an electric longboard is complicated. However, the entire process results in a beautiful and aesthetically pleasing board that can help get you where you need to go.
If you’re interested in purchasing a professionally designed and manufactured board, visit VeniceLongboards.com to browse our extensive collection from a variety of manufacturers.