In the field of traffic, it has been too long without revolutionary product, and innovation in this field is the future travel trend. How to find the rigid demand of mass is still a problem that needs all manufacturers to think. Airwheel, through years’ development, has become one of leaders in smart and portable transportation industry. Especially the release of the Airwheel A3 saddle-equipped electric hoverboard, it leads intelligent technology trend in transportation field. Minimalist industrial design and large wheels are the distinct features of the first Series A model.
However, its design simplicity does not forego unparalleled riding comfort, guaranteed by the cutting-edge materials with which the saddle is designed, and a structure capable of dealing with any type of road. The V shaped seat on Airwheel A3 intelligent electric hoverboard brings unexpected comfort.
These following features make people can not resist to decline it. Silent, powerful and good acceleration are to describe the Airwheel sitting posture electric scooter A3’s engine. The technology behind the engine that drives the Airwheel A3 is defined as "magnetic levitation," in that its moving parts, thanks to built-in magnets, are never in contact during movement, thereby reducing friction to a minimum and greatly extending the engine's operating life.
Airwheel A3 two wheel self-balancing electric hoverboard is fitted with a seat providing cutting-edge features and ensuring maximum comfort whether you are making a trip just a few minutes away or travelling several kilometres: quality materials deliver high breathability and ventilation, ideal for any time of year. As a key part of the Airwheel self-balancing two wheels scooterA3's design, the handlebars leave nothing to chance: ergonomic non-slip silicone handles provide a firm grip, imparting a feeling of greater safety when riding, and a 4 inch LED screen provides all vehicle status information in real time.
Airwheel A3 sitting posture self-balancing scooter leads intelligent technology trend in transportation field.