Integration of Smart Obstacle Detection and Navigation System for Optimized Automated Cart Performance

A motorized cart system is proposed to transport stationary items across a college campusefficiently. Designed with multidirectional movement capabilities, the cart is powered by a motorand equipped with a speed regulator, allowing for flexible and precise navigation in variedenvironments. The system incorporates a cylindrical roller to ease the loading and unloadingprocess, reducing the physical effort required and improving operational efficiency. With twoorganized storage compartments, the cart offers ample space for carrying diverse materials.Additionally, an integrated obstacle detection system ensures safety by automatically stopping thecart when an obstruction is encountered. This solution enhances both the practicality and safety ofcampus material handling operations, providing an effective means of improving logistics withineducational institutions.