DISASSEMBLY LAB by Robin Luginbuh
This Disassembly Lab shoe prototype represents a formal and functional research initiative. The goal is to rethink and redefine how we design and assemble sneakers, demonstrating that there is not a single prescribed way to proceed. Disassembly extends the lifespan of shoes, making them repairable, restorable, replaceable, and recyclable. This contributes to the establishment of a sustainable system around a flexible and modular product, offering numerous opportunities for both customers and brands. This could include the sale of spare parts, collaborations with local stores, enhancements of components, customization, and bespoke options.
Profoundly influenced by the thinking of Chris Wavrousek, the Head of Sustainability at New Balance that; “Laws will change, and brands will be compelled to take responsibility for the entire life cycle of the product, from start to finish.” and that the product can no longer exist in isolation; it must be integrated into a system. A shoe that assembles without glue and disassembles easily is the solution.
This research enables the exploration and testing of numerous concepts inspired by various references. Six concepts and principles evolved throughout the research, resulting in three models that offer a variety of functional and aesthetic solutions.
These shoes are comprised of TPU soles and a 3D Knitting Polypropylene/Recycled Polyester upper, materials that promote complete recyclability. The elements of these shoes are minimized, facilitating simple and fast production and assembly, potentially by the customers themselves.
COMPOSITION: Upper: 3D Knitting Polypropylene/Recycled Polyester / Sole: Recycled TPU / Assembly: Elasticated Rubber cord