Product code: Segway C9 Folding Electric Scooter For cheapest Teens and Kids, Grey
Details: The New Sensation for Big Kids! With a powerful motor of 150W, the Segway C9 kids electric scooter can reach over 11 mph, travel up to 6.2 miles, accommodate a max load of 132 lbs, and be suitable for kids and teens with a height of 4'3"-5'3"(130–160 cm). Safe & Comfortable Riding: C9 is equipped with a high-performance handbrake system, which also has the EBS energy recovery brake function. The rear fender also has a brake function. Front wheels are equipped with a spring damping system for a smoother ride. Lightweight and Foldable: The body is slim and light, easy to fold, and weighing cheapest only 17.9 lbs (8.12kg). It is a combination of design and portability when folded, the whole vehicle is very compact, easy to carry, and convenient to store in the trunk. Cruise Mode: Come and try a new way of riding kick scooters! Simply kick to start, the scooter will continue to glide without needing to press the throttle! The harder you kick, the faster the acceleration.
Details: The New Sensation for Big Kids! With a powerful motor of 150W, the Segway C9 kids electric scooter can reach over 11 mph, travel up to 6.2 miles, accommodate a max load of 132 lbs, and be suitable for kids and teens with a height of 4'3"-5'3"(130–160 cm). Safe & Comfortable Riding: C9 is equipped with a high-performance handbrake system, which also has the EBS energy recovery brake function. The rear fender also has a brake function. Front wheels are equipped with a spring damping system for a smoother ride. Lightweight and Foldable: The body is slim and light, easy to fold, and weighing cheapest only 17.9 lbs (8.12kg). It is a combination of design and portability when folded, the whole vehicle is very compact, easy to carry, and convenient to store in the trunk. Cruise Mode: Come and try a new way of riding kick scooters! Simply kick to start, the scooter will continue to glide without needing to press the throttle! The harder you kick, the faster the acceleration.