The conceptual 'LAYERS' sustainable sneaker system is a modular take on footwear that combats against traditional manufacturing methods in favor of a more eco-friendly approach. The sneakers maintain a three-part construction achieved with a self-locking design to interconnect each component together and eliminate the need for stitching or glues. This allows components to be easily swapped out as they become worn instead of needing to be completely replaced.
The conceptual 'LAYERS' sustainable sneaker system is the design work of Diogo Pimenta and maintains a stylish construction that could be easily worn by consumers of any age. The fashion product identifies what could be done to elevate products into more sustainable styles. The sneaker design was a nominee for the 2021 Green Concept Award.
Modular Three-Part Sneakers
The Conceptual 'LAYERS' Sustainable Sneaker System is Customizable
Trend Themes
1. Modular Footwear - The modular design allows components to be easily replaced, creating an opportunity for creating sustainable sneakers and reducing waste in the footwear industry.
2. Self-locking Designs - The self-locking design eliminates the need for traditional stitching or glues, reducing environmental impact and creating an opportunity to innovate new manufacturing methods.
3. Eco-friendly Footwear - The LAYERS sustainable sneaker system demonstrates a growing trend towards eco-conscious fashion and presents opportunities for designers to create environmentally-friendly products.
Industry Implications
1. Footwear Manufacturing - The LAYERS sustainable sneaker system demonstrates a new direction for shoemakers looking to reduce waste and improve environmental impact.
2. Sustainable Fashion - The development of the LAYERS sustainable sneaker system reflects the increasing demand for eco-friendly products and presents opportunities for companies in the sustainable fashion industry.
3. Product Design - The modular and self-locking design of the LAYERS sustainable sneaker system offers opportunities for innovative new product design in all industries.