The electric motor in each wheel has eight cables, three of which are power cables and five are hall cables, and they connect to the motor control board. Each platform will have a front LED light.Ī smart self balancing hoverboard has three circuit boards, one of which is the motherboard (the main circuit board), and the other two being the gyroscope boards. At the center of the smart self balancing hoverboard is the battery charge light and the power indicator light, opposite each other. These sensors live at the back of the two gyroscope boards, one for each wheel. The power switch and the charging port are on the platform that houses the logic board.Įach rubber foot pad will have two infrared pressure sensors, one at the toe and one at the heel. The wires and wire connectors are safely insulated, and the wires are properly color-coded and connected to the circuit boards. Inside each wheel is an electric motor and a tilt/speed sensor. The battery pack and the logic board are on opposite platforms, intended to promote better balance and safety. You will see that the components are properly organized. One will need to look under the hood of the device.ģ Safety reminders when using a hoverboard The components of a hoverboardĮvery smart self balancing e-scooter features the following main components:Īssume that you are disassembling a smart self balancing hoverboard of a reputable brand (not a China-made knockoff). Aside from the wheels and the pressure pads, there are components that interact with one another to get the smart self balancing e-scooter moving. Indeed, no feet on the board, no drive.Īnyone who have not ridden a hoverboard yet would be curious about the way the device works and what makes it move when operation is hands-free. Your hoverboard have infrared pressure sensors on the rubber foot pads that start working once you step onto the self-balancing e-scooter with both feet. Smart it is that it will not take off without you. If you are not careful, you might find yourself falling onto your back or flat on your face as you operate your smart self balancing hoverboard. It is able to detect your movement and sense even the slightest motion. What is the science behind the smart self balancing e-scooter, popularly known as the hoverboard? What makes it “smart”? Self-balancing e-scooters are an incredibly intuitive device, a new age personal transportation equipment that makes walking look a bit pedestrian.
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