Yonex Women’s Power Cushion Eclipsion 5 Clay Tennis Shoes (Mist Purple)

Description

The Yonex Women’s Power Cushion Eclipsion 5 Clay Tennis Shoes (Mist Purple) are part of the ECLIPSION 5 series of new tennis shoes for intermediate and advanced players. This footwear was developed to provide superior support for a player’s intense and dynamic footwork during play, including sudden stops and changes in direction that are core to playing tennis. With enhanced stability and fit, the ECLIPSION 5 tennis shoes are designed to help players feel more confident on the court. This Clay Court version has the signature shock-absorbing material from Yonex that has been transformed into a new shape that improves shock absorption by 28%, providing extra support on the outer side of the foot. Additionally, POWER CUSHION+ has been integrated with thermoplastic polyurethane (TPU; a resilient material that exhibits both elasticity and plastic-like durability) in the outsole area, which provides increased court gripping and quickens spring back power by 5%. This enables players to quickly change their directions and finetune their movements on the tennis court for better control over their next movement.Features:Color: Mist PurpleWeight (per size): 11.6 oz/330g per size 24.5 cm shoeUpper – Synthetic FiberMidsole – Synthetic ResinOutsole – Rubber Sole (Endurance Rubber II)Technology:Power Cushion +: A raw egg can be dropped from 12 meters above the Power Cushion+ mat, rebounding to a height of 6 meters without breaking.Power Cushion+ x TPU SUPPORT: Featuring the newly shaped Power Cushion+, the TPU structure creates a quicker rebound, accelerating the next movement.Updated One-Piece Outsole: Designed with denser sole pattern for improved foot stability and control during movements.Durable Skin: Incorporating thicker materials in high-stressed areas enhances foot stability and shoe durability during intense footwork.The Yonex Women’s Power Cushion Eclipsion 5 Clay Tennis Shoes feature a denser sole pattern for improved foot stability and control during movements.