OLAKIDS Kids Motorcycle, Licensed Aprilia RX125 12V Ride on Electric Dirt Bike with Training Wheels, Spring Suspension, Battery Powered Off Road

OLAKIDS Kids Motorcycle, Licensed Aprilia RX125 12V Ride on Electric Dirt Bike with Training Wheels, Spring Suspension, Battery Powered Off Road

Licensed Aprilia RX125 Motorcycle: This electric dirt bike is designed with officially licensed Aprilia motorcycle appearance to offer realistic driving experience. It comes with one start power and forward push button, bright headlights and power display lights. Let kids embark on exciting adventures! 12V Powerful Driving: Powered by the 12v rechargeable battery, this kids motorcycle toy is equipped with dual rear motors that can speed up to 5.5-6 km/h. And it can last for playing about 60mins with fully charged. Note: Protective equipment should be worn while driving. Safety Priority: The 2 removable training wheels constitute the triangular structure for young riders to keep balance. Moreover, this kids motorcycle ride on toy is designed with shock absorbing spring to make sure the smooth ride. Multiple Attractive Function: The kids electric bike comes with built-in music, USB and Bluetooth function, which allow children to play their own songs and stories. This dirt bike for kids provides a satisfying soundtrack to accompany every adventure. Premium Materials: Made of metal frame and PP material, this ride on motorcycle ensures the long-lasting performance and supports up to 66lbs. The wear-resistant wheels also provide a stable ride on most terrains. Recommended for children aged 3-8 years old. DOE & CEC Certification Approved: Comply with the Department of Energy and California Energy Commission's electrical energy efficiency regulations to improve the efficiency of electricity products, save energy, reduce gas emissions, and greenhouse effects. Compliant with US. CPSIA and ASTM Requirements: Made of safe material, FREE from BPA, PVC, Phthalates, Lead, Latex, and Formaldehyde. No sharp points or edge. Passed the tests of stability, asphyxiation, load and shear