Product Description Overview: Enhance your child's electric car experience with the J6D-CC-12V Receiver Motherboard Controller. This essential upgrade is designed specifically to fit and improve the performance and reliability of your child's ride-on car, ensuring smooth operation and endless fun. Bringing Joy with Every Ride: Imagine a sunny afternoon in the backyard where children are gleefully driving their electric cars. However, lately, one of the cars seems to have lost its responsiveness. To bring back the joy and ensure safety, a parent decides to replace the old receiver with our J6D-CC-12V Receiver Motherboard Controller. Easy Installation for Seamless Fun: After receiving the new motherboard, the parent sets out to install it. The process is straightforward, thanks to the receiver's compatibility with popular children's electric car models. Once installed, the car responds better than ever, with improved control over movements and speed settings. Reliability Meets Performance: Not only does the new receiver restore the electric car to its original glory, but it also enhances its performance. The kids notice that their car now drives smoother and reacts quicker to their commands, making their playtime more enjoyable and exciting. Safety as a Priority: Recognizing the importance of safety, the new receiver includes features that stabilize the car's operation, protecting against erratic movements and ensuring a safe riding experience for the children. Key Features: Perfect Fit: Designed to be compatible with most children's electric car models. Enhanced Control: Offers superior responsiveness and control, improving the driving experience. Reliable Performance: Built to ensure consistent operation and durability. Safety Features: Incorporates safety protocols to ensure the car operates smoothly and safely. In the Box: 1x J6D-CC-12V Receiver Motherboard Controller Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.