The present research proposes the implementation of a prototype educational vehicle controlled through a wireless interface for the Wireless Communications Lab at the Israel University of Technology. The project focuses on enhancing educational experiences by using WiFi technology for real-time control and monitoring of the vehicle, integrating sensors for color detection, proximity measurement, and position tracking via a gyroscope. The wireless interface allows users to visualize sensor data, including real-time video streaming and distance measurements, encouraging hands-on learning in wireless communications studies. The importance of the project lies in its innovative approach to integrating current wireless communication technologies into the educational environment, providing hands-on experience with WiFi technology applications, and allowing students to interact with a prototype wirelessly controlled vehicle, thus enhancing meaningful learning.