Electric skateboards have become increasingly popular over the past decade. With their ability to quickly and easily get riders from point A to point B, they have revolutionized the way people travel in cities. But before you get on one of these boards, it’s important to understand how it works. Here’s a look at the anatomy of an electric skateboard and what each part does.

Electric Skateboard Anatomy

The Deck

The deck is the board itself and is usually made of wood or a composite material like bamboo. It has two trucks that are attached to it, which allow it to turn corners and pivot around obstacles. The deck also has grip tape on top, which gives riders better control over the board when turning or riding at high speeds.

The Motors

The motors are responsible for powering the wheels of an electric skateboard. They are typically brushless DC motors, which means they require less maintenance than traditional brushed motors. Most electric skateboards come with two motors — one on each side — that are powered by a battery pack located underneath the deck.

The Battery Pack

The battery pack is essential for powering your electric skateboard. It consists of several rechargeable lithium-ion batteries that store and provide power to the motors when needed. Most battery packs offer a range of 10-20 miles per charge, depending on how much power you use while riding your board and other factors such as terrain type and weight of rider.

Electric Skateboard

The Remote Control

The remote control is used to control your electric skateboard while riding it. It typically features two joysticks — one for acceleration and braking, and one for steering — as well as buttons for changing speed modes or activating cruise control settings if available on your model. Some remotes also have LCD screens that can display information about battery life, speed mode selection, etc., allowing you to keep track of how much power you have left while out riding your board.

Wheels & Trucks

Wheels are essential for providing grip when riding an electric skateboard, thus allowing riders to accelerate quickly without slipping off the board due to lack of traction between wheel and ground surface (i.e., pavement). Trucks are what connect the wheels to the deck itself and provide stability when cornering at high speeds thanks to their turning radius capabilities; most boards feature either 6” or 7” diameter wheels with 84A durometer rating for maximum grip in all conditions (durometer measures hardness/softness).

Conclusion

Electric skateboards offer a convenient way to get around town quickly and easily without having to worry about traffic or parking issues like those associated with traditional cars or motorcycles. Understanding its anatomy can help riders make informed decisions about which components will best suit their needs in terms of performance, durability, range etc., making sure they enjoy every second spent out there cruising!