So many people are now interested in hoverboards, but many just don't understand how a hoverboard works.
So maybe you'd like to post our post for you the best rated Hoverboards read this article first.
Here I will cover how it works exactly, from the working parts to the balancing.
The hoverboards have quickly caught the attention of young children and adults, and are a fun and very exciting way to travel.
But how exactly do these constructs work?
Is it magic? Is it hocus pocus? No…
The people who really miss the possibilities of this new era are the ones who have yet to delve into hoverboards because they have no idea what kind of fun they are missing!
These people must first learn to ride a hoverboard. Of course you probably already know how, so let's get to the point!
What we discuss in this comprehensive post:
How do hoverboards move?
When it comes to learning about how hoverboards work, there are several things you need to learn about this process before you understand exactly how they move.
Which parts does a Hoverboard have?
Let's start with the parts in a hoverboard:
There are several components that hoverboards come equipped with, all of which are part of how it works. These components include:
- Pressure pads
- LED lights
- Charging port
- Power switch
- Two infrared sensors
- Control board
- Two gyroscopes
- Steel frame
- Central pivot
- Two electric motors (within the wheels)
- Two tilt / speed sensors (inside the wheels)
- A plastic shell
All of these components must be used together for a hoverboard to work. Each part plays a huge role in how a hoverboard can glide around effortlessly (and take you with you).
bestelectrichoverboard.com has this awesome gif image of the inside of a Hoverboard so you can see all the components:
How does a hoverboard move?
The wheel sensor
The wheels of the hoverboard house the electric motors themselves. They also include a tilt and speed sensor. This detects the speed (revolutions per minute) of the individual wheel and sends it to the gyroscope and speed control boards, located in the main housing, right next to the wheels.
Gyroscope / speed signs
What I consider one of the most important features of a hoverboard is the gyroscopes. Each hoverboard has two gyroscopes from which it receives tilt and acceleration information. This is some of the data that is sent and processed to the motherboard.
The gyroscope and speed control boards receive the rpm and tilt information from the sensor in the wheels and in turn send it to the main circuit board.
When you calibrate your board, the gyroscopes are basically “zeroed”, as in, you tell the gyroscopes, “this is flat, hence this is when the hoverboard tilt is at 0”.
Lees meer: are hoverboards safe?
The main control board
The control board is the "brain" of your hoverboard and there the processor calculates in real time the status of the board, the speed at which you travel and the relative speed and tilt of the individual wheels (because, for example, when you turn the two wheels , they have opposite ramps and thus opposite rpm and motion).
It also controls the board's power management and whether you are in “beginner mode” (which limits the board's maximum speed) or if the scooter is “locked”.
The battery pack or accumulator
The battery pack ensures that your board continues to work. There are several packs out there, but the vast majority of them are 36V 4400mAH batteries. Sometimes manufacturers can make a hoverboard cheap by using smaller capacity batteries.
Hoverboard battery packs keep everything powered. Without the hoverboard battery pack, it wouldn't be able to operate, balance, or move forward and backward.
How does a Hoverboard detect your movement?
This is arguably the smartest part of the board: the pressure pads sit on two switches each.
Hoverboard pressure switches
When you lean forward, the switch on the front is pushed down and a small plastic “wall” slides in between an infrared LED and an infrared sensor.
Pressure pads are the area on top of a hoverboard where people place their feet. Most people are intimidated by this and seem to think there are underlying complex parts.
This is not necessarily true!
There are two different rubber parts under the pressure pads. These work together with the gyroscopes as switches. When you step on a hoverboard, it pushes the pads into two rubber triggers, breaking an infrared LED sensor, just like when you're running out of garage. This infrared sensor then tells the motherboard that a rider is on and starts balancing.
Once the infrared light is interrupted, the brushless motors get to work, moving you forward and backward. It's a very straightforward process to understand once you get the hang of it.
Read also: how do I calibrate my Hoverboard?
Hoverboard Infrared sensor
As long as the sensor detects the light, the PCB “tells” the motors to be silent. But when the light is interrupted (because the switch is pressed by your weight), the sign tells the motor to turn in a certain direction.
So, for example, if you turn left, your foot activates the front right switch, causing the right wheel to rotate forward, while your left foot activates the switch counterclockwise, causing the left wheel to rotate backward. It's very smart.
How do you ride the hoverboard?
The inclination sensors in the wheels tell the gyroscopes how far you are leaning forward. The gyroscopes transmit this information to the printed circuit board.
The more you lean forward, the faster the control board spins the motors, to catch up a bit with your center of gravity. It is this simple (yet very clever) mechanism that allows you to control the cruising speed of the scooter with your weight.
Read also: tips for riding your Hoverboard
Wheels / motors
Each hoverboard has two wheels. There is an electric motor in each wheel. This is also the location of the speed sensor. The RPM of each individual wheel is detected and then sent back to the control board.
The motherboard, also known as a logic board or control board, then detects the current speed and tilt signals from the gyroscope.
After the information is sent to the motherboard (shown above), the data is processed. Information such as RPMs, speed and tilt information are all processed at lightning speed.
Once all this data has been processed, the motherboard sends a signal back to the motors to perform a specific action, based on the millions of data bytes processed per second.
All of these sensors in your board relay information to the motherboard, or 'brain', of your hoverboard. It will then tell the "brain" of the board exactly how you are standing on it and which direction it is that you are leaning.
Every move you make, and every direction you lean, indicates how fast your hoverboard will go. Therefore, although a hoverboard has many components, the easiest way to explain how a hoverboard works is that it mainly relies on your weight distribution to make it function.
External control (bonus feature!): Remote controls
Some hoverboards include a remote control. What does the remote control do? It gives you the option to lock the hoverboard when not in use. Besides, the remote control can put your hoverboard in different modes such as beginner mode.