1. Technologies
  2. Product Spec

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 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.

Size

190 / 200 / 205 / 210 / 220 /225/ 230mm

Outsole

Rubber

Midsole

EVA+ ENERGYMAX + Nylon Sheet

Upper

PU Leather+Double Mesh

Product Details

Resilient EVA

Highly resilient midsole material is more durable and retains its shape better. It not only provides the basic stability and shock absorption but also increases flexibility and increases the reaction time while changing directions.

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 shoe. It reduces momentum loss and redirects the momentum towards the next direction.

Breathing

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

Lace fixing

Fixing the lace with tongue and reduce the damage to the foot when sliding left and right.

Converted breathable tongue

The tongue is designed with breathable mesh to reach the best breathability that can cool more efficiently during exercise. The tongue is composed with flexible material to have higher wrapping and more importantly, prevent getting injured.

Radiate Anti-skid Base

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.