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Last updated February 17, 2026
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Zonal ventilation and cushioning architecture: NikeRecent Research Landscape

Standard footwear uppers fail under high-impact or abrasive stress, leading to premature product failure. Engineering specific material layering and structural reinforcement in the upper extends durability and user protection.

What technical problems is Nike addressing in Zonal ventilation and cushioning architecture?

Inadequate upper layer adhesion

(3)evidences

Rigid or static upper constructions restrict natural foot movement and cause localized pressure points. Decoupling layers reduces mechanical resistance to improve dynamic fit and user comfort.

Forefoot structural instability

(3)evidences

Standard footwear constructions suffer from premature material failure and structural separation in high-stress zones like the toe and midfoot. Strengthening these specific regions prevents mechanical breakdown and extends the functional lifespan of the product under athletic strain.

Inadequate dorsal pressure distribution

(1)evidences

Standard footwear uppers fail to mitigate external mechanical forces and debris impact. Enhancing structural defense prevents localized trauma and improves user safety in hazardous environments.