Issey Miyake Debuts a Shape-Shifting Jacket Powered by Steam
Georgia Wray Norsten — May 3, 2025 — Art & Design
References: designscene.net
Issey Miyake’s experimental division, A-POC ABLE, has unveiled a breakthrough in programmable clothing with its latest collaboration: the 'TYPE-V Nature Architects' project. Developed with Tokyo-based firm Nature Architects, the highlight is a blouson jacket crafted from heat-responsive metamaterials.
Flat when manufactured, the garment transforms into a pleated, three-dimensional silhouette when exposed to steam. The effect is achieved using algorithmic design embedded into the textile’s structure -- eliminating sewing and reducing production waste. The jacket’s morphing quality allows the fabric to spring into pre-configured shapes without mechanical input.
This design-forward innovation speaks to Miyake’s enduring legacy of merging fashion and science. The piece marks a new standard for adaptive apparel, positioned at the intersection of art, engineering, and sustainability. It’s part of a broader industry movement toward responsive textiles and minimal-material construction.
Image Credit: Issey Miyake
Flat when manufactured, the garment transforms into a pleated, three-dimensional silhouette when exposed to steam. The effect is achieved using algorithmic design embedded into the textile’s structure -- eliminating sewing and reducing production waste. The jacket’s morphing quality allows the fabric to spring into pre-configured shapes without mechanical input.
This design-forward innovation speaks to Miyake’s enduring legacy of merging fashion and science. The piece marks a new standard for adaptive apparel, positioned at the intersection of art, engineering, and sustainability. It’s part of a broader industry movement toward responsive textiles and minimal-material construction.
Image Credit: Issey Miyake
Trend Themes
1. Shape-shifting Fashion - The emergence of garments that morph through external stimuli like steam presents novel design possibilities and redefines functional fashion.
2. Algorithmic Textile Design - Utilizing algorithms for fabric structuring can revolutionize garment construction by minimizing waste and enhancing customization.
3. Sustainable Adaptive Apparel - The movement towards adaptive clothing made with minimal materials signals a shift towards eco-conscious production methods in apparel.
Industry Implications
1. Fashion Technology - Marrying technology with textiles heralds a new era for the fashion sector where garments are not only designed but also programmed.
2. Material Science - Advancements in metamaterials offer transformative potential for industries designing products that require dynamic, responsive capabilities.
3. Sustainable Manufacturing - Innovations in creating garments with reduced waste highlight the growing importance of environmentally responsible production practices.
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