This thesis describes the development of Vibram Terrashift System, an innovative and sustainable modular shoe, created in collaboration with the Vibram company. The main objective of the project was to create a modular shoe that could be easily assembled and disassembled without the use of glues, while guaranteeing high performance and a reduced environmental impact. In the initial phase of the research, extensive studies were conducted on consumers needs, as well as market trends in the sustainable footwear sector. Based on this analysis, a modular shoe concept was developed that could meet the requirements of comfort, functionality and style. A key aspect of this thesis was the use of different internal assembly techniques that did not require the use of glues. Thanks to the new materials and technologies the purpose is to create a safe and durable locking system that allows the different components of the shoe to be joined together without the use of harmful chemicals. This solution has helped make the shoe easier to disassemble and recycle, thus reducing its environmental impact. In conclusion, this degree thesis represents a contribution to the field of sustainable footwear. The research opens up new perspectives for the footwear sector.
Questa tesi descrive lo sviluppo di Vibram Terrashift System, una scarpa modulare innovativa e sostenibile, realizzata in collaborazione con l'azienda Vibram. L'obiettivo principale del progetto era quello di creare una scarpa modulare che potesse essere facilmente assemblata e smontata senza l'uso di colle, garantendo al contempo alte prestazioni e un ridotto impatto ambientale. Nella fase iniziale della ricerca sono stati condotti studi approfonditi sulle esigenze dei consumatori e sulle tendenze del mercato nel settore delle calzature sostenibili. Sulla base di questa analisi, è stato sviluppato un concetto di scarpa modulare in grado di soddisfare i requisiti di comfort, funzionalità e stile. Un aspetto fondamentale di questa tesi è stato l'utilizzo di diverse tecniche di assemblaggio interno che non richiedono l'uso di colle. Grazie ai nuovi materiali e alle nuove tecnologie si è riusciti a creare un sistema di chiusura sicuro e duraturo che permette di unire i diversi componenti della scarpa senza l'uso di sostanze chimiche nocive. Questa soluzione ha contribuito a rendere la scarpa più facile da smontare e riciclare, riducendo così il suo impatto ambientale. In conclusione, questa tesi di laurea rappresenta un contributo al campo delle calzature sostenibili. La ricerca apre nuove prospettive per il settore calzaturiero.
Vibram Terrashift System
VIGNINI, STEFANO
2022/2023
Abstract
This thesis describes the development of Vibram Terrashift System, an innovative and sustainable modular shoe, created in collaboration with the Vibram company. The main objective of the project was to create a modular shoe that could be easily assembled and disassembled without the use of glues, while guaranteeing high performance and a reduced environmental impact. In the initial phase of the research, extensive studies were conducted on consumers needs, as well as market trends in the sustainable footwear sector. Based on this analysis, a modular shoe concept was developed that could meet the requirements of comfort, functionality and style. A key aspect of this thesis was the use of different internal assembly techniques that did not require the use of glues. Thanks to the new materials and technologies the purpose is to create a safe and durable locking system that allows the different components of the shoe to be joined together without the use of harmful chemicals. This solution has helped make the shoe easier to disassemble and recycle, thus reducing its environmental impact. In conclusion, this degree thesis represents a contribution to the field of sustainable footwear. The research opens up new perspectives for the footwear sector.File | Dimensione | Formato | |
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https://hdl.handle.net/10589/210561