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Last updated February 17, 2026
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Embedded resilient plate geometry: NikeRecent Research Landscape

Energy loss during gait transitions reduces athletic efficiency, which is mitigated by tuning the mechanical leverage of embedded rigid structures. Precise control of plate curvature and banking within the midsole optimizes energy return for the wearer.

What technical problems is Nike addressing in Embedded resilient plate geometry?

Inadequate energy return and cushioning

(18)evidences

Weak mechanical bonding and interface failure between distinct midsole and outsole layers. Eliminating separation risks ensures consistent energy return and long-term durability.

Inadequate lateral stability during banking

(8)evidences

Standard footwear structures lack the geometry to convert vertical impact into forward propulsion effectively. Addressing this limitation reduces energy loss during the transition from heel-strike to toe-off.