WOMEN'S GT-2000 14 A versatile trainer that promotes a stable and energetic running experience. The GT-2000™ 14 shoe is designed to help provide a more energetic ride and a supportive running experience. A trampoline-inspired forefoot pod is positioned on the medial side of the outsole. This helps produce better stability and a more balanced toe-off. The midsole is updated with a FF BLAST™ MAX cushioning unit. Creating a more energized toe-off, this foam also offers cloud-like softness during the landing phase of your stride. Cushion High Heel Drop 8 mm Weight 270 g/9.5 oz Support Neutral, Stability Materials & Technology Woven mesh upper Breathable material helps keep your feet dry Asymmetric tongue wing A tongue feature that provides a comfortable and secure feel around the midfoot while reducing tongue movement. Trampoline-inspired outsole pod Our outsole and midsole design that captures more energy return for an enhanced foam bouncing effect during toe-off. 3D GUIDANCE SYSTEM™ Adaptive, on-demand stability system achieved through platform geometry and controlled deformation. Rearfoot PureGEL™ technology Softer, updated version of our GEL® technology. Approximately 65% softer vs standard GEL® technology. FF BLAST™ MAX cushioning One of our most energetic midsole foams that's complemented with cloud-like softness and a responsive energy return in each step. OrthoLite™ X-30 sockliner Sockliner that provides cushioning performance and moisture management for a cooler, dryer environment. AHARPLUS™ heel plug rubber ASICS' pinnacle high abrasion resistant rubber located in the heel area that is approximately three times more durable than standard outsole rubbers. AHAR® LO outsole rubber A lower-density rubber placed in key areas of the outsole for reliable grip and traction without sacrificing durability. Reflective details Designed to help improve visibility in low-light settings At least 50% of the shoe's main upper material is made with recycled content to reduce waste and carbon emissions The sockliner is produced with the solution dyeing process that reduces water usage by approximately 33% and carbon emissions by approximately 45% compared to the conventional dyeing technology
