iYofe 24V 2 Seater Ram Powered Ride on Police Car with Remote Control and Bluetooth, Ram 1500 RHO Electric Car for Kids Toddlers 3-8, Black

This 24V ride on car, officially licensed by RAM 1500, is the perfect driving toy for children. It has received CPC safety and quality certification and is equipped with two 90W motors and an anti-rollover design to ensure superior stability and safety. Its sturdy construction, combined with eco-friendly materials, ensures every detail withstands the test of time. The spacious seat can accommodate two children, supporting up to 132 pounds, making it ideal for siblings or friends to drive together. We have accurately recreated the classic design of the RAM 1500 pickup at a 1:1 scale, with a responsive steering wheel, pedals, electric display, two front headlights, and three ambient lights, providing a realistic driving experience for kids. With Bluetooth, USB, or AUX connections, kids can easily enjoy their favorite music or stories, adding more fun to their journey. The practical storage box on the ride on toy allows kids to conveniently carry their beloved toys or other items. The 2.4G wireless remote control lets parents participate in their child’s driving experience, helping them learn to drive faster while enhancing parent-child interaction and enjoyment. ➤➤➤Specifications: Battery Type: 24V 7Ah Motor: 90W*2 Max Speed: 3.75 MPH Charger Time: 8-10Hrs Run Time: 1-2 Hours Material: Polypropylene + Iron Weight Capacity: 132 lbs Overall Dimension: 53.54″L*27.95″H*31.49″W ➤➤➤Package Includes: 1 x Ride on Car 1 x Remote Control 1 x Charger 1 x Manual ➤➤➤Note： 1. The driving time of the RAM ride on truck after fully charged is 50-60 minutes, the specific use time will be affected by the road conditions and driving speed. 2. Due to the inconsistency of children’s growth, please check the size of the electric car before purchase and consider whether it is suitable for your child’s height and weight. 3. It is prohibited to modify the battery by oneself to avoid adverse effects caused by circuit burnout.