About the advanced technologies of Airwheel self-balancing intelligent Standing electric bicycle

As an emerging industry, self-balancing electric scooter is accepted by more and more individuals. In the sector, each scooter-maker also banks on the technology, seen as the core power on which they depend to beat other competitors, so does Airwheel.

From the aspect of riding algorithm, Airwheel electric self-balancing hoverboard , a state-of-the-art means of transportation adopts aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward. Similar to the techniques of riding a bicycle, riders achieve balance via slightly tilting sideways. That is riders can control the scooter to go forward, accelerate, decelerate, brake, etc. by leaning forward or backward.

To keep up with the pace of trend, all need keep their technology updated. Airwheel depends heavily on its technology and has buried itself in the R & D. Up to now, there are six series self-balancing electric scooters with different features, including X series, Q series, S series, A series, M series and Z series. For instance, the Airwheel X series, referring to electric unicycles, are known for its flexibility and are full of energy. The twin-wheeled electric scooters belonging to the Q series are welcomed by girls with much better balance. As for the two-wheel electric scooters, they have been widely used in large scale places.

For instance, by means of its advanced technology, Airwheel launched A3 sitting-posture electric scooter, the mixture of tradition and modern design—M3 motorized skateboard and the two wheel saddle-equipped scooter S6 etc. Airwheel A3 wraps a lot of advanced technology into it, for example the technology of connection into the mobile phone and the suspension system buffering the vibration when riding on bumpy roads. The TPU material makes Airwheel M3 more resistant to impact and high heat, which provides a better protection. Airwheel S6 alters the single sensing system to dual sensing system, realizing dual-ride-mode.

Media Contact:
Company Name: Airwheel Technology Holding (USA) Co., Ltd
Contact Person: Eric
Address: Los Angeles, California, USA
E-mail: sales@airwheel.net
Website: http://www.airwheel.net

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