The new Yonex AERUS Z badminton shoe is the lightest badminton shoe yet from Yonex. Weighing only 250 gms, the Aerus Z badminton shoe allows for a slimmer structure by adopting a new sole made of Feather Bounce FOAM, a material that is 8% lighter in weight, while still generating more repulsion than the previous AERUS models. With a new seamless upper design, the Durable Skin Light and Double Raschel Mesh bring less weight with better fit, flexibility, and breathability. Modern badminton continues to become a faster and faster game, and players need shoes to meet the demands of the more intense footwork. Adopting Yonex’s proprietary shock-absorbing material, Power Cushion+, the AERUS Z also features a redesigned midsole structure, further increasing shock-absorption and resilience, while remaining lighter and allowing for greater agility than ever before. The upper part of the shoe realizes improved fit and decreased weight by adopting a new material that combines elasticity and toughness. Additionally, weight is reduced by the upper part of the shoe is one seamless piece, eliminating the need for fabric overlap and seams.

POWER CUSHION

Shock Absorption 

A raw egg can be dropped from 12 meters above the POWER CUSHION+ mat, rebounding to a heig of 6 meters without breaking.**Tested by YONEX** POWER CUSHIONTM is a trademark of Yonex Co., Ltd.*Research by the Japan Vehicle Inspection Association & Boken Quality Evaluation (based on JIS standards) in comparison to conventional cushioning material (EVA). 

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.

Hexagrip Sole  

For agile and stable footwork, the hexagrip pattern provides 3% more grip and is 20% lighter than standard sole material.​

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.