I bet you had all sorts of concerns when choosing it, but after reading its history, I hope you'll change your mind about it.
As early as 1985, Professor Kazuo Yamato of Japan proposed a model of a two-wheeled electric balance trolley. Only at that time, the two-wheeled electric trolley model he proposed could only do linear motion.
At the beginning of the 21st century, with the continuous research on two-wheeled electric balancing trolley in various countries, this project has become one of the research hotpots in global robot control technology. The main ones that have done well in this area are the United States, Japan, Switzerland, and France.
In 2002, Flix of the Swiss Federal Institute of Technology researched the two-wheeled self-balancing robot Joey, which can be remotely controlled by remote control, and its speed can reach as fast as 1.5m/s. In our later project production, this remote control technology was also adopted for remote control, and the farthest remote control can be up to 50m in open areas.
In 2005, Japan's Murata released the "Murata Naughty" bicycle robot, which took a quantum leap forward and was named one of the best inventions of the year by Time Magazine in 2006 because of its technological breakthrough. It also received a lot of attention from all over the world. The gyroscope used in this project is Japan Murata's ENC-03MB.
It has been developed to be a very complete technology so far.
Hoverboard is similar to the body's own balance system, when the body's center of gravity leans forward, in order to ensure balance, it needs to go forward, and the same when the center of gravity leans back. At the same time, its steering is achieved by the handle grip and telescopic rod, swinging the handle grip will be linked to the telescopic rod to make the vehicle's left and right wheels produce a speed difference (for example, when the telescopic rod swings to the left, the right wheel will rotate faster than the left wheel), to achieve the effect of steering.
The vehicle's energy source is a lithium battery pack that guarantees a range of 20-70km and a top speed of 20km/h on a single charge. While riding, the vehicle will travel in the direction it is pointed by pointing the directional joystick in the direction it needs to go. When the directional lever is in the middle of the body, the system will travel in the forward direction. When turning the direction joystick, the system will control the speed difference between the left and right side accordingly to achieve steering, so that the body will follow the direction of the direction joystick tilt and will get a better steering experience.
Breakthrough vertical steering design, subvert the traditional driving method, more in line with the human body's operating habits.
Life is developing in the direction of intelligence and convenience, and the one-wheeled self-balancing car meets this trend and follows the trend of the times and has good development prospects. The most unique feature of the balance car compared to other transportation is energy saving and environmental protection. Nowadays, global warming will bring the earth an extinction, and one of the culprits of temperature warming is the large amount of industrial exhaust emissions. The emission of exhaust fumes from cars in transportation is also one of the important reasons. Another crisis in today's world is the energy crisis, energy-saving and environmentally friendly transportation instead of traditional is the inevitable trend, providing a broad space for the development of balance car. I believe this is also one of the important reasons for you to choose it.