Nike

Last updated February 17, 2026

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Tensile strand routing geometry: NikeRecent Research Landscape

Inconsistent upper tension leads to poor lockdown and material fatigue, which these innovations mitigate through precisely oriented load-bearing filaments. This architecture optimizes structural integrity while minimizing weight and material waste.

What technical problems is Nike addressing in Tensile strand routing geometry?

Uneven tensile load distribution

(7)evidences

Standard footwear uppers fail to distribute tension evenly around the foot during dynamic movement. Resolving this prevents internal foot slippage and improves energy transfer between the athlete and the ground.

Inadequate midfoot lockdown

(6)evidences

Standard lacing systems create significant time delays and physical effort during donning and doffing. Reducing mechanical friction and manual manipulation steps minimizes user downtime and improves accessibility.

Insecure tensile cord retention

(5)evidences

Unintentional slippage or loosening of tensioned strands during physical activity. Reliable locking prevents fit degradation and performance loss.

Uneven foot pressure distribution

(5)evidences

Static fastening systems fail to adapt to foot volume changes during movement. Resolving this prevents discomfort and performance loss from uneven tension.