SEGWAY C10AA00001156 Ninebot EKickScooter Zing C10

The Ninebot eKickScooter ZING C10 powered by Segway is part of the eKickScooter series designed exclusively for youngsters.

Despite being designed as a toy for youngsters, no compromises have been made in terms of the quality of this eKickScooter.

Extra attention has been given to the safety features of elastic rubber tyres to offer superior grip.

It can speed up to a maximum of 16km/h and with a battery life of up to 40mins which can give out a maximum range of 10km.

The Ninebot eKickScooter ZING C10 is extremely lightweight (9.5kg) and can be easily disassembled for hassle-free storage. Ambient lights are located at the bottom of the footboard and come in 3 different colours depending on the riding mode. The battery has been placed in the footboard which keeps the centre of gravity at low and makes the eKickScooter very easy to handle and next to that anti-slip material has been used for the footboard and tyres to give a steadfast riding experience. The power button is integrated on the throttle and is also used to switch between riding modes: more intuitive for children. The three different riding modes are meant to assist in learning as well as to increase safety by limiting the maximum speed to 10km/h in the safe mode, eliminating the need to push throttle (simple kick and go) in the cruise mode and the turbo mode eliminates the need to kick to start.

Features:

• Maximum speed of approx. 16 km/h
• Range of up to 10km, approx. 40 min
• 3 riding modes to aid learning and safety: safe, cruise, and turbo
• The max. speed for each mode: safe (10 km/h), cruise (16 km/h), turbo (16 km/h)
• Power button to switch between riding modes conveniently
• Total charging time of up to 2.5 hours
• Battery capacity: 108 Wh (5000 mAh)
• Eco-friendly Smart Battery Management System (BMS) closely monitors battery performance
• Low centre of gravity and good grip TPR (Thermo Plastic Rubber) for stability
• 6-inch maintenance-free solid synthetic rubber tyres for comfort & durability