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Last updated February 17, 2026
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Monofilament lattice knit architecture: NikeRecent Research Landscape

Traditional footwear assembly requires labor-intensive stitching of multiple components which increases production costs and failure points. This architecture engineers material transitions directly into a single textile structure to eliminate assembly steps and optimize localized mechanical properties.

What technical problems is Nike addressing in Monofilament lattice knit architecture?

Insufficient structural zonal support

(24)evidences

Standard knitted components lack the necessary rigidity and abrasion resistance at high-stress contact points like the toe and sole interface. Addressing this prevents premature material failure and loss of shape during athletic use.

Inadequate localized structural support

(20)evidences

Standard knitted uppers lack the necessary rigidity and durability in high-stress zones without adding excessive weight or complexity. Addressing this limitation allows for targeted reinforcement and shape retention in performance footwear.

Insufficient structural upper integration

(4)evidences

Standard knit architectures lack the necessary rigidity and directional support to secure the foot during high-intensity movement. Addressing this limitation prevents foot slippage and improves energy transfer without adding bulk.