<iframe width="560" height="315" src="https://www.youtube.com/embed/ Bh S2 C Dl E Yf E" frameborder="0" allowfullscreen></iframe> Product Description The original scooter is an intuitive, technologically advanced solution that provides the user personal transportation based on dynamic balancing principles calculating the user’s center of gravity using gyroscope & acceleration sensors. Using the latest technology & production processes, each scooter undergoes strict testing for quality & durability. With its lightweight, portable design, ease of use, range, & low carbon footprint. KEY FEATURES
► Forged steel wheels
► Silicon Anti-skidding pedal
► Smart BMS
► 5th generation self-balancing technology
► 360° rotation by T/S turn & boost technology
► High efficient Samsung battery SPECIFICATIONS
► Max. speed: 15 km/h
► Cruising distance: 20 km
► Battery capacity: 144 Wh
► Max. load: 110kg
► Charging time: 150 min
► Charger: AC 220 V 50~60 Hz
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Size: 604 x 186 x 178 mm
► Tire
Size: 6.5”
► Distance from ground: 30mm
► Weight: 10kg The scooter has two wheels that balance & transport the user using battery powered brushless motors. The scooter uses digital gyroscope modules & acceleration sensors to calculate the user’s center of gravity & move the device accordingly. The scooter can move forwards, backwards, turn in either direction or turn in place. The compact footprint & zero degree turning radius allow you to enjoy your scooter both indoors & outdoors. The scooter uses digital electronic gyroscopes & acceleration sensors to control balance & motion intelligently, depending on the user’s center of gravity. The device also uses an intelligent control system to drive the brushless motors that are located within the wheels. The scooter has a builtin inertia dynamic stabilization system that can help assist with balance when moving forward & backwards, but not while turning. New high power, efficient & energy saving motor with thermal stability. Lets you control smart scooter wheel very easy, realize your action quickly & high response.