Cole Recovery Prospect 1
This project explores the often-overlooked recovery process following physical exertion, with a particular focus on the needs of athletes’ feet. It investigates the development and evolution of post-workout recovery footwear, examining the various factors that contribute to the distinct requirements of individual athletes. Currently, the market for post-workout recovery footwear lacks options that effectively address these diverse needs, which can hinder athletes' physical longevity and rehabilitation.
To guide the design process, the project draws on scientific literature regarding the biomechanics of footwear and recovery, ensuring that informed decisions shape the creative development of an innovative post-workout recovery footwear solution. A key aspect of this project is the integration of periodic lattice-based cellular structures with additive manufacturing techniques, exploring their potential applications within the footwear industry and assessing their viability for commercial production.
Client:
University Bachelors Project
Year:
2022
Concept
Existing options often overlook the unique needs of athletes when it comes to post-exercise recovery. By employing research-driven design, we can create specialised footwear that addresses these gaps, offering athletes enhanced comfort, support, and specific features that promote effective recovery. This initiative not only speeds up the recovery process but also helps to minimise the risk of injuries and maximise athletic performance.
Development
The development of this recovery footwear centers on a research-driven approach, employing advanced design techniques and ergonomic principles to optimize post-exercise recovery for athletes. Through rigorous testing and material innovation, the design process ensures the footwear provides targeted support and comfort, specifically addressing the demands of recovery after physical exertion.
Final Design
This project resulted in the development of 3D-printed, post-exercise recovery footwear. The design addresses individual recovery needs with key elements such as breathability, injury prevention, comfort, and support. Athletes can tailor the footwear to their specific needs, while advanced additive manufacturing ensures precise design and performance. This solution provides a sustainable, personalised approach to athletic recovery.
Video Media
This project includes a showcase video that features the final recovery footwear product, with a continuous loop of the shoe spinning to highlight its design and innovative features. The rotating view visually communicates the extensive research and development behind the product, demonstrating how it effectively meets the needs of athletes during post-exercise recovery.