The birth of electric balance cars originated from the desire of scientists to develop an automatic balance wheelchair. American inventor Carmen observed the posture characteristics of human walking and realized that it is actually the reason why humans can walk smoothly.walk on two legsThis is because the body's sensitive balance organs can precisely judge the change in the body's center of gravity, and through the immediate reaction of the cerebellum, then use the muscles of the legs to immediately exert force to balance the falling trend. Therefore, when a human body leans forward, this involuntary reaction will prompt humans to extend one of their feet forward to balance the body, so through this leaning forward and stepping forward, Action LoopThat is to say, the action of 'walking' is constituted.

The operation principle of electric balance cars mainly relies on a fundamental concept known as dynamic stabilization. It uses internal precision solid-state gyroscopes to determine the vehicle's posture, and through precise and high-speedCentral MicroprocessorAfter calculating the appropriate commands, drive the motor to achieve the balance effect.

Assuming we take the driver standing on the vehicle and the vehicle's overall center of gravity as theReference lineWhen this shaft leans forward, the built-in Electric motorIt will generate forward force, balancing the torque of the person and the vehicle tipping forward, and at the same time, it will generate acceleration to make the vehicle move forward. Conversely, when the gyroscope detects that the driver's center of gravity is leaning backward, it will also generate backward force to achieve a balancing effect. Therefore, as long as the driver changes the angle of their body forward or backward, the electric balance scooter will move forward or backward according to the tilt direction, and the speed will be proportional to the degree of body tilt.

The steering of an electric balance scooter can be achieved in two different ways. One way is for the driver to tilt their body weight to the left or right while the vehicle is moving forward or backward. This creates a vertical force perpendicular to the vehicle's longitudinal axis, which serves as the centrifugal force for turning. Additionally, the driver can twist the handlebar portion of the electric balance scooter to create a difference in rotation speed between the left and right wheels. For example, when the driver twists the handlebar to the left, the right wheel will rotate at a faster rate than the left wheel."左轮"可以翻译为 "Revolver"。Quickly, achieve the effect of turning left. If necessary, the electric balance car can even perform a forward and backward motion at the same time, achieving the effect of turning around without moving, significantly improving the mobility of this type of transportation.

Due to the high mobility of this, coupled withGlass fiberThe wheels made of the material, and the pedal area of them, are actually not much larger than human feet. Theoretically, electric balance bikes can reach most places that humans can walk, including sidewalk paths or stairs with a relatively small difference in height.

In principle, as long as the electric balance scooter is powered on correctly and has sufficient operating power, the rider on the scooter need not worry about the possibility of falling over, which is different from the traditional balance scooters that require the rider to maintain their balance themselves.SkateboardThe means of transportation are greatly different.