YONEX Subaxia GT [Pale Green] Court Shoes
YONEX Subaxia GT [Pale Green] Court Shoes DESCRIPTION TOKYO, Japan － The SUBAXIA series, the newest addition to Yonex’s elite badminton shoe lineup alongside AERUS, ECLIPSION, and 65, makes its debut as a next-generation line, the first model equipped with our latest breakthrough technology, “GRPHT THRTTL,” for competitive play. GRPHT THRTTL combines POWER CUSHION REV with POWER GRAPHITE to deliver unmatched shock absorption and repulsion, enabling rapid footwork and powerful take-offs. SUBAXIA embodies concept of “THE ONLY WAY IS UP,” delivering unmatched responsiveness and explosive power in every move — from jump smashes to quick net play. Upper: Synthetic Resin Midsole: Synthetic Resin Outsole: Rubber Sole YONEX Subaxia GT [Pale Green] Court Shoes TECHNOLOGY GRPHT THRTTL GRPHT THRTTL delivers next-gen cushioning and explosive drive a brand new model that powers jump smashes from below Double Raschel Mesh Highly breathable mesh for maximum ventilation. Durable Skin Light Great Fit Leaves you Light on your Feet A seamless construction offers natural comfort with an improved fit, eliminating discomfort from material friction. Feather Bounce Foam A lightweight cushioning material designed to provide an added bounce with each step. Lateral Shell Reduced Power Loss Prevents foot movement at the edge of the sole for reduced power loss, allowing for fluid and aggressive footwork. Synchro-Fit Insole Quicker Footwork Reduces the gap between the foot and shoe with extra support around the heel, for maximum grip, comfort and performance. Toe Assist Shape Reduces pressure on the big toe while improving support at the mid-foot and heel for increased stability. Power loss is reduced for swift footwork. Inner Bootie A flexible material from the metatarsal to the heel that produces a more gentle fit. Round Sole Max Energy For quick and smooth footwork ensuring maximum energy transfer into the next shot. RADIAL BLADE SOLE Designed for confidence in directional change. A proprietary sole pattern increasing traction in vertical, horizontal and diagonal