The project sought to develop a custom insole and ankle support system through the utilization of cutting-edge CAD modeling and 3D printing technology. Through various processes, such as precise foot scanning, material selection, and iterative prototyping, the final product enhanced comfort and performance. User trials provided positive feedback that the new product was an improvement over existing products in terms of fit, shock absorption, and wearability. Future innovations focus on enhancing ventilation, ergonomic comfort, durability for longevity, and the use of ecologically friendly materials for better performance and sustainability.

The project sought to develop a custom insole and ankle support system through the utilization of cutting-edge CAD modeling and 3D printing technology. Through various processes, such as precise foot scanning, material selection, and iterative prototyping, the final product enhanced comfort and performance. User trials provided positive feedback that the new product was an improvement over existing products in terms of fit, shock absorption, and wearability. Future innovations focus on enhancing ventilation, ergonomic comfort, durability for longevity, and the use of ecologically friendly materials for better performance and sustainability.