Upper Structure
Material Variety: Commonly made from top-grain cowhide (soft and durable), suede (strong casual feel), mesh fabric (breathable and lightweight), or a combination of synthetic leather and textiles (balancing support and breathability).
Breathable Design: High-end models use honeycomb mesh, three-dimensional cut tongues, or multi-layer moisture-wicking structures to improve airflow and reduce stuffiness.
Fit Optimization: Most brands adjust the last for Asian foot shapes, using a design of wide forefoot + narrow heel to enhance wrapping and stability.
Midsole and Cushioning System
Zoned Cushioning: Heel is thickened or equipped with TPU stabilizing plate, forefoot uses honeycomb structure to disperse impact.
Dual-Density Structure: Hard material on the inner side prevents pronation, soft material on the outer side absorbs shock, improving arch support.
Moderate Thickness: Midsole thickness is usually 8–15mm, balancing lightness and support, avoiding the misconception that "thick sole = heavy."
Outsole Design
Material: Mainly rubber outsole, with key areas (forefoot, heel) thickened to ≥3.5mm to improve wear resistance.
Tread Optimization: Anti-slip grooves deepen to 3.8mm (industry average 3.0mm), some use a combination of lateral grooves + dotted patterns to improve grip on slippery surfaces.
Precision Flex Points: Forefoot flex points align with the first metatarsophalangeal joint, reducing walking fatigue.
Insole and Arch Support
Zoned Support: High-quality insoles feature slightly raised arch area, deepened heel cup (8–10mm), and elastic rebound area in the forefoot.
Replaceable Design: Some models allow insole replacement to adapt to different scenarios (e.g., high-support for prolonged standing).
Memory Foam Application: About 5mm memory foam insoles provide a conforming fit, commonly seen in Italian brands like Hogan.