ASICS GT-2000 12 1011B691-003 Details: Surface Street running Sole height difference (heel-toe drop) 8 mm Weight: 275 g Backrest Stability Cushioning Increased Description: The GT-2000 12 model is a universal, stabilizing sports footwear that will be perfect for different distances. For greater comfort and more energetic movement, we have modernized the cushioning in the sole. Key changes to the midsole include the use of FF BLAST cushioning. This soft material helps ensure a softer landing and a more dynamic take-off.​ LITETRUSS technology is located inside the midsole, improving stability. Thanks to this, the foot does not roll too much inwards, which translates into a smoother step. Designed for Overpronation Overpronation Foot type Low arch and flat foot Push-off The hallux and long toe are most involved. The way the foot contacts the ground First, the outer part of the heel comes into contact with the ground, then the foot rolls excessively inward (pronation), which results in the load being placed on the inner edge instead of the foot pad. Technology and features: Jacquard mesh upper Provides stable and comfortable support for the foot The main part of the upper is made of at least 50% recycled materials, which helps reduce waste and carbon dioxide emissions The insole is manufactured using a special solution dyeing method , which reduces water consumption by approx. 33% and carbon dioxide emissions by approx. 45% compared to typical dyeing technologies GEL technology in the rear of the foot Improves shock absorption and ensures a softer foot strike on the ground FF BLAST technology Lightness, cushioning and dynamic kick-off FLYTEFOAM Technology Provides cushioning and helps keep the weight of the footwear low LITETRUSS Technology Improves medial support and midfoot integrity OrthoLite X-30 sockliner Ensures comfort with every step AHARPLUS pad under the heel Rubber use improves durability ASICS LITE rubber is lighter and stronger than standard rubber sole materials. We also partially used bio-reflective elements made of cellulose nanofiber