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Adopts Dynamic Foam PB midsole, which has ultimate propulsion and excellent rebound capability. The curvature of the upgraded carbon plate helps reduce the dorsiflexion of the metatarsophalangeal joints; reducing the energy consumption of foot muscles, which in turn delays the occurrence of muscle fatigue and improves running speed. In addition, its CPU outsole is ultra-thin and lightweight with wear resistance and wet floor slip resistance functions, helping runners make breakthroughs in their top speed.

Employs the X-Dynamic Foam midsole to provide sustained driving force and offer runners appropriate rebound performance. A nylon board that stores potential energy is utilized to improve propulsion during training. The anti-slip CPU outsole copes with different road surfaces and can easily deal with extreme road conditions during competition and training, helping runners fully devote themselves to every training session.

Uses midsole material from Xtep's feather foam technology. The outsole forms a sandwich-like structure. The upper and lower layers are made from an ultra-light and soft material, which, with TPU air midsole, deforms and absorbs shock experienced during running, improving energy return and responsiveness. The use of lightweight materials and full-foot palm rubber offer excellent anti-skid performance, helping runners run easily.

Compared with ETPU, ETPSIU is produced through a special foaming process, offering higher rebound and compression durability.

Uses a unique hollow structuring design to provide cushioning effectively, and a flexible and comfortable sports experience.

The soft, elastic and comfortable midsole technology – marrying PTU foam particles, possesses a remarkably supple rebound capability and excellent compression durability, thereby giving a brand new exercise experience in terms of comfort, flexibility and dynamic rebound performance.

Uses high-quality foam material that can flexibly adjust its shape under pressure, and fit the sole perfectly to evenly disperse pressure with soft and comfortable foot support. The shoe insole returns to its original shape once pressure is eliminated.

After conducting an in-depth study on the human gait and distribution of stress points, a collection of independent soft cube modules for the sole was developed, which can arrange flexibly according to the dynamic pressure distribution of the sole, providing a comfortable stepping experience.

Features a cushioning system comprising single or multiple air cushion structures of varying shapes. Its assortment is based on dynamic pressure distribution on the sole during exercising, resulting in effective buffering and impact and pressure dispersion, and offers shock absorption.