This research focuses on developing a novel shin brace to help those suffering from shin fractures, shin splints, and related pain. By combining biomechanical concepts, ergonomic design, and modern materials, the brace will provide ideal support and targeted compression to relieve discomfort while allowing for movement. The project will begin with a detailed research phase to examine existing options, followed by the creation of customisable prototypes using CAD and 3D printing technologies. The project's goal is to perfect the design through biomechanical testing and user feedback, resulting in a practical product that improves recovery outcomes and the quality of life for users who participate in physical activity. The general public is asked to provide thoughts and comments on how to make the design more effective and userfriendly.