Yonex Power Cushion Cascade Accel Wide Badminton Shoes for Men & Women - Lightweight Comfort with Shock Absorption - White/Sky Blue - Perfect for Indoor Court Sports & Badminton Training

Product Description

2024 Yonex Power Cushion Cascade Accel Wide (White/Sky Blue)

2024 Yonex Power Cushion Cascade Accel Wide badminton shoes can be your perfect choice for a tournament or a friendly match! The all-around shoes have a wider toe area for additional comfort and stability. Grab the SHBCA1W for just under $100 for the ultimate fit.

Specifications:

• Item Code: SHBCA1W
• Color: White/Sky Blue
• Upper: Synthetic Fiber
• Midsole: Synthetic Resin
• Outsole: Rubber Sole
• Size: 22.0-30.0, 31.0 cm
• Material: POWER CUSHION, Durable Skin Light, Double Raschel Mesh

Technology:

POWER CUSHION

Shock Absorption

The YONEX Power Cushion absorbs shock then reverses the impact energy for smooth transfer into the next movement.Compared with urethane, the YONEX Power Cushion construction provides 3 times more shock absorbing power. When dropped from 7m above a Power Cushion sheet, an egg will bounce back 4m without damage.

Double Raschel Mesh

Double Raschel Mesh is an ultra fine mesh that is extremely lightweight and durable. It provides eight times more air-exchange for releasing moisture than ordinary mesh fabric.

Durable Skin Light

Great Fit Leaves you Light on your Feet

Combining rubber-like flexibility with the stiffness of hard plastic, the polyurethane-based Durable Skin Light lets you play light on your feet while maintaining a robust fit.

Toe Assist Shape

A toe-centric design that cuts down on pressure in the big toe, as well as offering improved support at the mid-foot and heel for a stable fit. Power loss is reduced, allowing for swift footwork.

Round Sole

Max Energy

The YONEX Round Sole is designed to provide all-around support for quick and smooth footwork. The Round Sole ensures smooth movements and transfer of maximum energy.

RADIAL BLADE SOLE

Designed for confidence in directional change. A new sole pattern increasing traction in vertical, horizontal and diagonal movements.