The new Space Available x KEEN collaboration features the UNEEK 360, which reworks the brand’s signature open-air sneaker using a 360-degree cord construction that wraps around the foot. The upper features a bright blue base interlaced with red and yellow cords, creating a layered structure that adapts to the wearer’s shape. This system replaces traditional stitched uppers, allowing the shoe to flex and adjust through tension rather than fixed panels.
The design incorporates naturally derived, odor-resistant materials and is built for durability through repeated wear. Its construction allows the sneaker to be disassembled at the end of its lifecycle, separating components for recycling. The release is scheduled for April 22 through KEEN Japan, priced at approximately ¥25,300 JPY. The silhouette maintains KEEN’s UNEEK framework while introducing updated materials, color layering, and assembly methods.
Image Credit: KEEN Japan
What Makes This Trend Stand Out
- Cord-structured Footwear
- A tension-based cord upper that conforms to individual foot shapes signals a shift from stitched panels to adaptable, personalized fit systems that can simplify customization and inventory complexity.
- Modular Disassembly Design
- End-of-life separable components enable product lifecycles focused on repair, reuse, and recycling rather than single-use disposal, creating pathways for service-oriented ownership and component marketplaces.
- Bio-based Odor-resistant Materials
- Naturally derived, antimicrobial fabrics and treatments offer prospects for longer-lasting activewear and reduced laundering needs, altering product durability expectations and care ecosystems.
Sectors Adopting This
- Footwear Manufacturing
- A move to cord-based assemblies could disrupt traditional last-based production lines by introducing new tooling, supply chains, and on-demand customization capabilities.
- Circular Fashion Retail
- Retail models emphasizing take-back, component resale, or subscription replacement could emerge around modular shoes whose parts are designed for easy separation and remanufacture.
- Material Science and Textile Manufacturing
- Demand for odor-resistant, bio-derived materials drives innovation in sustainable polymers and textile treatments that balance performance, biodegradability, and cost.
