This project focuses on designing an innovative shin brace aimed at assisting individuals suffering from shin fractures, shin splints, and associated pain. By integrating biomechanical principles, ergonomic design, and advanced materials, the brace will provide optimal support and targeted compression to alleviate discomfort while allowing for movement. The project will involve a comprehensive research phase to analyze existing solutions, followed by the development of customizable prototypes using CAD and 3D printing technology. Through biomechanical testing and user feedback, the project aims to refine the design, creating a functional product that enhances recovery outcomes and improves the quality of life for users engaged in physical activities.