ENERGYMAX

The high elasticity shock absorbing material of ENERGYMAX has excellent durability, strength, and is retains it’s shape well. It is used in footwear-related products to increase the overall support of the shoes. It reduces momentum loss and redirects the momentum towards the next direction.

RADIATION

Coping with the asterisk steps, the center is the rounded-shape design surrounded by triangular shapes. The radiation pattern provides more grip on the court during lateral and vertical movements. The small lump pattern distribution adds additional grip as the sensor and increases the grip.

The three-dimensional carbon fiber sheet provides mid-sole stability and decreases the torsional strain on the foot's arch.

A new, completely upgraded lightweight, highly resilient, and durable midsole, which has a 16% in durability when compared to the original high resilient EVA. It improves the life-span of shoes, reduced 19% of weight, flexibility increased by 5%, and lowered muscle burden in intensive exercises, which allows one to take agile paces quickly. 

New dual-density wedge structure midsole combined the ENERGYMAX3.0 on top, and Light Resilient EVA beneath, in accordance with the principles of sports biomechanics tangent angle of 7°, to balance the moments and angles of knee and ankle joint during exercise, achieving energy absorption and stable support together.

The inner surface of the toe is made of super wear-resistant special material which greatly prolongs the service life of the footwear. In a wear level testing, the super wear-resistant technology applied to the toe is proved 16 times more wear-resistant than average PU leather. 

A unique breathing mesh layer is used to increase ventilation. It facilitates the heat dissipation. This creates a more comfortable environment for the feet.