Source：Airwheel beginTime 2015/11/5 11:50:25
Abstract: Airwheel released four types of intelligent self-balancing scooters. They were the orbit electric unicycle F3, the wireless remote control skateboard M3, the sitting posture self-balancing scooter S6 and the two wheel self-balancing electric scooter Z3. Among these four amazing products, the wireless remote control skateboard M3 had been thrust into the limelight, with its high profile.
In this year, this New Product Release Conference was the second release conference made by Airwheel. In the first New Product Release Conference held this year, Airwheel rolled two revolutionary products: the two-wheeled self-balancing scooter S5 and the sitting-posture mode electric self-balancing scooter A3.
In the New Product Release Conference held in 19 Sept. 2015, the viewers were surprised by the new products. For those who had gone through the last new product release conference, they are always hard to please. Therefore, if the new products has not feature or are still featureless, the new products will not attract those demanding scooter-lovers.
The fact told the public that Airwheel new products of intelligent self-balancing scooter made it. In the conference, Airwheel released four types of intelligent self-balancing scooters. They were the orbit electric unicycle F3, the wireless remote control skateboard M3, the sitting posture self-balancing scooter S6 and the two wheel self-balancing electric scooter Z3. Among these four amazing products, the electric skateboard M3 had been thrust into the limelight, with its high profile.
In which new product release conference did Airwheel release the most new intelligent self-balancing scooters? The answer is definitely this new product release conference. In this new product release conference, Airwheel unveiled four models in total to the public, feasting the eyes of all attendees that day. Apart from the completely new model S6, which is an upgraded version of S-series electric self-balancing scooters, the other models are derived from modification to the traditional recreational vehicles.
