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How Do Hoverboards Work?

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October 15, 2022

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Table of Contents

Learn More About Hoverboard

Hoverboards, also known as self-balancing boards, have an intricate series of parts designed to make them easy to move. Outside of two wheels and a platform, its inner circuitry is a very elaborate set of parts, reading speeds, tilt angles, and other body positions to move accordingly. It is quite a genius setup, as close to reading one’s brain as you can get using today’s technology. Keep reading to learn more about how a hoverboard works, what they are, what hoverboard components consist of, and how to perform basic maneuvers.

How Does a Hoverboard Work?

A good hoverboard consists of five key components – a platform, a set of wheels, a battery-powered electric motor, gyroscopes, and sensors. Wheel-mounted tilt sensors pass data to gyroscopes, which work to keep the board upright. Each footpad contains pressure sensors, which fire a signal that moves the platform depending on the rider’s foot position. Leaning forward evokes one sensor reaction, and leaning backward evokes another reaction.

Both motors operate independently, which means the hoverboard can also move in circles. With plenty of practice, one can master all of the movements and learn how to ride a hoverboard in no time. And what good is riding if you don’t know how to stop on a hoverboard?

What are a Hoverboard’s Components?

A hoverboard consist of the following main components:

A wheel sensor contains tilt and speed sensors that pass back data to gyroscopes. These gyroscopes are responsible for controlling each wheel’s RPM speeds, passing it back to the main logic board, which controls movement.

The logic board is your hoverboard’s brain, responsible for controlling overall speed, each individual wheel’s speed/tilt controls, and power.

Battery packs typically use a 36V 4400mAH battery. Some hoverboards may use more or less power. Just be sure to do your research on how to buy a good hoverboard before making a purchase. Cheaping out on good quality batteries is the reason why hoverboards were catching fire when they were still a relatively new offering. Now they are much safer and are used in a lot of different areas, for more, you can read about how OSHA views hoverboards in the workplace.

How Do I Move Forward, Backward, Stop, and Turn?

Performing basic movements with a hoverboard is very simple. Be sure to ride on a flat and even surface. Step on the hoverboard one foot at a time and stand up straight. To move forward, slightly lean forward. To move backward, slightly lean backward, placing more weight on the heels. To turn, push your right toes down. To turn right, push your left toes down. The harder you press your shoes against the platform, the sharper the turn. With enough practice, you will definitely get all of the steps down.

Tip: To move forward, slightly lean forward. To move backward, slightly lean backward, placing more weight on the heels. To turn, push your right toes down. To turn right, push your left toes down

To perform a spinning maneuver, simply push down your toes on one foot and press your opposite foot’s heels down. Expect to take roughly 20 to 30 minutes to master the art of circling. Once you get comfortable riding, you can learn more about how fast hoverboards can go so you can really have some fun.

Tip: To perform a spinning maneuver, simply push down your toes on one foot and press your opposite foot’s heels down

Sources:

https://eridehero.com/blog/how-does-a-hoverboard-work/

*https://swagtron.com/news/how-does-a-hoverboard-work/

https://www.wonderopolis.org/wonder/how-does-a-hoverboard-work

https://bestelectrichoverboard.com/how-do-self-balancing-scooters-work/

https://www.streetsaw.com/pages/how-does-a-hoverboard-work

https://gotrax.com/blogs/news/what-is-a-hoverboard-and-how-does-it-work

*https://swagtron.com/faq/hoverboards/how-do-hoverboards-balance/

How Do Hoverboards Work FAQ

What is a hoverboard?

A hoverboard is a self-balancing scooter that uses two wheels, a platform, a logic board, sensors, and a gyroscope to coordinate its movement based on shifts in the rider’s weight. They are powered by rechargeable lithium-ion batteries and can reach speeds of up to 10 miles per hour. To get a better sense of the hoverboard you might also be interested in learning who invented the hoverboard and it became widely available.

How do hoverboards move?

Hoverboards use two wheels, a platform, a logic board, sensors, and a gyroscope to move, responding to shifts in a rider’s weight. A slight lean forward will move the hoverboard forward and a slight lean backward will propel it backward. Left turns to require pressing down on the right toes and right turns require pressing down on the left toes. SImultaneous heel and toe pressing on opposite feet can spin it in a circle as well. Isolating muscles to control your hoverboard is also great exercise, which is one of the many benefits of hoverboards.

What are hoverboards made of?

Hoverboards are largely made from ABS plastic with two 24-volt motors. On occasion, frames will be made of metal. Be sure that your hoverboard has obtained UL certification, which ensures it adheres to electrical and mechanical safety guidelines established by Underwriters Laboratories, a leading international quality assurance firm. This is a critical component if you’ve been wondering if your hoverboard is safe.

How fast can a hoverboard go?

A hoverboard can reach top speeds of 10 miles per hour. Note, we recommend that first-timers set their hoverboards to ‘Beginner’ mode to max out at a lower top speed. Going faster than a comfortable speed could result in a fall. Master of balance and coordination is highly recommended before reaching the hoverboard’s max speed.

How does a hoverboard detect your movement?

Hoverboards use gyroscopes and pressure-sensitive footpads to read your foot movement. It is very responsive, with some hoverboards more responsive than others. Leaning forward applies front pad front switch pressure to react one way and leaning backward applies back pad pressure to move accordingly. Standing on it without moving keeps it upright. Remember, the key to moving it is to continually shift your weight. There are also speed control boards inside the main housing that are responsible for reading speed data.