Women’s Dexter THE 9 ST Black/Silver Bowling Shoes – Medium Width – Right or Left Hand

Description & Details State-of-the-art T·H·E 9 performance for ladies in a breathable design. Dexter's T·H·E 9 ST incorporates the revolutionary technology of our original T·H·E 9 – plus a new breathable StrikeKnit upper with TPU accents and a leather toe - and a sleek, exoskeleton heel-stabilizing feature. Toehold Hyperflex Engineering is a breakthrough design featuring the most advanced technology available for bowlers today. Dexter's state-of-the-art T·H·E 9 footwear is equipped with a revolutionary new Toehold system that is designed to resist abrasion and can be replaced when needed, extending the life of the shoe. Innovative Hyperflex channels at two stress points on the foot provide the bowler with added flexibility and comfort and help resist sole cracking. T·H·E 9's patented symmetrical design allows the soles to be interchangeable so that the traction and slide sole can go on either foot without trimming. The versatile universal heel system works with every replacement heel in the entire Dexter collection. Details Breathable StrikeKnit fabric upper Patented Toehold Hyperflex Engineering Energy return Dexter Cloud9 EVA midsole TPU molded external heel stabilizer Total interchangeable sole without trimming Strobel construction for increased flexibility Removable THS7 slide sole and H5 Sawtooth heel on slide shoe Removable THT2 traction sole and H2 Ultra Brakz heel on push-off shoe 1 shoe protector included Features Removable Footbed - Lightweight, molded footbeds are removable for a custom fit or for use with the bowler’s insole of choice. Interchangable Heel - Dexter footwear with removable heels allows bowlers to choose from multiple replacement heel options to adjust their braking power to their desired level. Compatible with all Dexter replacement heels. Interchangable Sole - Dexter SST and T-H-E series footwear features removable slide and traction soles to allow bowlers to choose from multiple replacement sole options to customize their slide based on approach conditions and their desired slide transition and traction levels.