The M.A.R.S. Rover project is aimed at creating and designing a remotely controlled robot puppet that children are able to play with in order to foster creativity, learning and interactive learning skills. The robot is a grounded-based learning product, which enables the children to feel robotics in a friendly and entertaining environment. The main element of the design is a M.A.R.S. themed launcher to which it can safely fire lightweight projectiles (Mars candy bar). It is an engaging aspect of learning that integrates the principles of engineering and creative narration, prompting a desire to learn more about robotics, yet is still safe and fun for children. The rover is equipped with various key technologies in its design that can all be controlled via a Bluetooth mobile app. Custom PCB's, motor control systems, lighting components, and launcher mechanisms we integrated together to create our final system. The project also required electrical system integration and mechanical design to ensure all parts operated together. A major achievement was successfully integrating wireless control, movement systems, and the launcher mechanism into a single interactive rover. This project demonstrated how robotics can be combined with creativity and educational outreach to create a more engaging learning experience. However, a hurdle that we faced was the connection of the Bluetooth controller to the various components.