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September 23, 2026 - Silicon Valley, CA
Nike and Zellerfeld are continuing to push footwear away from conventional cut-and-sew construction. Their latest AIRMAX 1000.3 “Stone/Burgundy Crush” evolves the fully 3D-printed silhouette through a lighter mesh-like printed structure and a more refined relationship between the sculpted upper and visible cushioning.
When Manufacturing Becomes Geometry
Traditional sneakers depend on numerous separate components — mesh, foam, reinforcement panels, adhesives and stitching — assembled through multiple manufacturing stages. Additive manufacturing offers a different proposition: much of that architecture can instead be designed as geometry and produced directly.
That makes the AIRMAX 1000 project especially relevant to KOLAK’s Silicon Valley side. The shoe begins to resemble computational industrial design as much as conventional footwear. Density, ventilation, flexibility and structure can increasingly become variables inside a digital model rather than properties created only by combining different materials.
From Prototype to Product
3D-printed footwear spent years looking like something perpetually waiting for the future. Nike and Zellerfeld’s continued development suggests that future is becoming considerably more practical, with lighter printed construction and a release path that looks increasingly like a real product program rather than a one-off experiment.
The AIRMAX 1000.3 “Stone/Burgundy Crush” releases September 24, 2026.
For KOLAK Archive, the larger idea is simple: when manufacturing becomes programmable, the boundaries of footwear design change with it.