Modular Morph: Flexible Plug-In System for Variable Fashion Constructions
My goal was to develop a variable plug-in system that allows for the creation of a variety of different top designs using the individual components. I started by constructing a modular base unit in Rhino, based on an isosceles triangle. After several iterations, the final shape was established, and I tested the connectivity of the components by laser cutting prototypes. During this process, I optimized the depth and width of the notches to ensure stable connections. The foam rubber material provided a certain degree of flexibility, allowing the components to fit together well despite minor deviations. I intentionally utilized these material properties to create a flexible and versatile system. In the future, I could imagine further developing this concept by exploring alternative materials like leather. Combining laser cutting with such materials could open up even more exciting design possibilities.
Key Insights
The developed plug-in system not only enables the construction of a single design but also serves as a flexible foundation for creating various top designs. The flexibility of the foam rubber plays a central role, as it increases the tension between the components, thereby enhancing the stability of the construction. This demonstrates how essential it is to consider and strategically incorporate material properties into the design process.
Conclusion
This project brought me great joy and provided valuable insights into the design of modular systems. At the beginning, working with Rhino and constructing the system was complex and challenging, but through experimentation and iteration, I gradually understood the underlying logic. I was particularly fascinated by the possibility of creating numerous abstract and functional forms using a simple base unit. The combination of material, design, and technology demonstrated how versatile and creative such a plug-in system can be. I am excited about the knowledge I have gained and look forward to potentially further developing this concept in the future.
