22, January 2016: What is your wish in 2016, a satisfactory job, finding destiny love or becoming a fashionable person? Usually, people will make a wish at the beginning of the year. If you want to be a faddish person, there is a much easier way to make it come true—that is riding Airwheel electric self-balancing scooter, by adopting aerospace attitude control theory, fuzzy software algorithm and gyroscope system to maintain balance by leaning forward and backward.
The Airwheel X series electric unicycles are the first to bring to market a revolutionary gyroscopic propulsion system capable of imparting direction and acceleration to the vehicle through a simple displacement of one's body weight. The unique twin wheel system that makes the Q Series with the features of a gyroscopic propulsion system, functional design, portability and the best electric propulsion technology, stand apart from the X Series.
All Series S models electric scooters are designed in such a way that anyone can ride them virtually in a matter of seconds, thanks to the platforms, which provide incredible stability and extreme natural Airwheel ride ability.The agility of a scooter in traffic combined with the silent power of electric drive: the perfect combination for creating the all-new Series Z Airwheel family, ideal for getting around in the city and for anyone who needs to have a vehicle at hand at any time.
Airwheel M3 is more than just a skateboard. The fun and playfulness of a toy are merged with the latest technology to create a unique product. The Airwheel M3 electric skateboard uses the basic concept of a skateboard and enhances it with a top speed of 20km/h, a climb angle of up to 15°, and specially designed wheels that confer stability and grip, all controlled by a remote control. In 2016, to be a fashionable person, you can ride Airwheel self-balancing electric scooter.
For Media Contact:
Contact Person: Eric
Company: Airwheel Technology Holding (USA) Co., Ltd
Phone: +8618861270200
E-mail: [email protected]
Website: http://www.airwheel.net
