OLAKIDS 2 in 1 Ride on Motorcycle and Horse, Unicorn 6V Battery Powered Ride on Toy with Up & Down Function, MP3, Power Display, Training Wheels, Kids Electric Vehicle Aged 3-6 Years
Be a Unicorn in a World of Motorcycle: This high quality ride on unicorn toy is designed for children 3-6 years old. A child riding a unicorn across a room sounds like a dream of a lifetime, but it can now be turned into their daily entertainment. This bright and colorful riding toy is sure to delight children
2 in 1 Driving Mode: This toddler car has a button on the wheel that allows children to discover new things, and when pressed, the child can experience the up-and-down effect like riding on a carousel. At the same time, the unicorn car can also be driven like a electric motorcycle. It features one-click start, forward and backward switches, as well as foot pedals for control. The unicorn rides smoothly and is fairly quiet.
Exciting Riding Activity: This ride on motorcycle helps children develop hand-eye coordination and a sense of direction while playing. With a 6V 4AH battery, kids can enjoy up to 45 minutes of continuous playtime on an 8-12 hour charge. Speeds of up to 1.55 mph bring the joy of riding to children.
Multiple Built-in Fun: The electric car is equipped with MP3, music player and battery display. While in the garden or backyard, children can cruise on horseback while listening to their favorite music. Are you looking for unique toys, the OLAKIDS Unicorn riding toy is the best choice!
Safety Driving Feature: The bottom of the kids' electric vehicles has a pair of auxiliary wheels to keep the toy running safely and prevent tipping over. This toddler motorcycle features 2 wear-resistant wheels that effectively absorb shocks on various road surfaces, allowing children to enjoy and embrace the driving experience. It can support a maximum weight of 66 pounds.
Compliant with DOE & CEC Requirements Comply with the Department of Energy and California Energy Commission's electrical energy efficiency regulations to improve the efficiency of electricity pro
