Yonex Power Cushion SHB 50 EX Badminton Shoes White Blue

Detail of Yonex Power Cushion 50 Ex :

Yonex Power Cushion 50 Ex is developed with power cushioning technology, which provides excellent shock absorption and stability during intense movements on the badminton court. With the help of better cushioning, player will get comfort and feel.

This shoe offers better design, materials quality and improved overall performance.

These shoes feature with low-cut design that provides a greater range of motion and stability to as center of gravity is lower in low cut design.

Additionally, the Yonex Power Cushion SHB 50 EX shoes feature with 100% rubber non- outsole that offers better grip and traction on the court. To improve the traction force further, Hexagrip pattern on the outsole are proved which ensures better grip and better footwork on all kinds of surfaces.

 The upper of the shoe is made with a combination of synthetic leather and polyester mesh, which provides excellent comfort, breathability, and support.

These badminton shoes from Yonex brand are suitable for advance level badminton player 

Check out the Latest Yonex Power Cushion shoes in Year 2023

Following are the Other Key technologies in  YonexPower Cushion 50Ex:

Power Cushion:

Recognized for its unmatched comfort and impact absorption, the Power Cushion technology takes in the force and then redirects that energy, enabling a smooth continuation of movement. The YONEX Power Cushion's design amplifies its shock-absorbing prowess by threefold.

Double Raschel Mesh:

Mesh is instrumental in athletic shoes, fostering adequate air flow to maintain shoe aeration during extended badminton matches. The Double Raschel Mesh, a uniquely lightweight yet sturdy material, provides an air-exchange rate that's eight times superior to regular mesh materials, facilitating effective moisture dispersal.

Round Sole:

YONEX's signature Round Sole is tailored to grant holistic support, facilitating rapid and flowing footwork. This structuring ensures uninterrupted transitions and a peak energy transfer.