ASICS Women's Glideride Running Shoes - Lightweight Cushioned Road Running Sneakers for Women, Size 6, Black/Graphite Grey - Perfect for Long Distance Running, Marathon Training & Everyday Jogging

The GLIDERIDE™ shoe helps you run longer while expending less energy. GUIDESOLE™ technology in the sole is the key function in the GLIDERIDE™ shoe. Improve_Surface Road Heel Drop 5 mm Weight 241 g/8.5 oz Support Neutral Cushion Extra_Surface Road Heel Drop 5 mm Weight 241 g/8.5 oz Support Neutral Cushion Extra_Surface Road Heel Drop 5 mm Weight 241 g/8.5 oz_Surface Road_Surface_Road_Heel Drop 5 mm_Heel Drop_5 mm_Weight 241 g/8.5 oz_Weight_241 g/8.5 oz_Support Neutral Cushion Extra_Support Neutral_Support Neutral_Support_Neutral_Cushion Extra_Cushion Extra_Cushion_Extra_Designed For Underpronation Neutral Underpronation Foot Type High arches Push Off The pressure is on smaller toes on outside of foot. Considered Injuries Plantar fasciitis, shin splints, ankle strain. How your foot contacts the ground The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg. Neutral Foot Type Normal size arches Push Off There is even distribution from the front of the foot. Considered Injuries Less likely due to effective shock absorption, but neutral runners are not immune to injury. How your foot contacts the ground The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight._Underpronation Foot Type High arches Push Off The pressure is on smaller toes on outside of foot. Considered Injuries Plantar fasciitis, shin splints, ankle strain. How your foot contacts the ground The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg. Neutral Foot Type Normal size arches Push Off There is even distribution from the front of the foot. Considered Injuries Less likely due to effective shock absorption, but neutral runners are not immune to injury. How your foot contacts the ground The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight._Underpronation Foot Type High arches Push Off The pressure is on smaller toes on outside of foot. Considered Injuries Plantar fasciitis, shin splints, ankle strain. How your foot contacts the ground The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg._Underpronation Foot Type High arches Push Off The pressure is on smaller toes on outside of foot. Considered Injuries Plantar fasciitis, shin splints, ankle strain. How your foot contacts the ground The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg._High arches_The pressure is on smaller toes on outside of foot._Plantar fasciitis, shin splints, ankle strain._The outer side of the heel hits the ground at an increased angle with little or no normal pronation, causing a large transmission of shock through the lower leg._Neutral Foot Type Normal size arches Push Off There is even distribution from the front of the foot. Considered Injuries Less likely due to effective shock absorption, but neutral runners are not immune to injury. How your foot contacts the ground The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight._Neutral Foot Type Normal size arches Push Off There is even distribution from the front of the foot. Considered Injuries Less likely due to effective shock absorption, but neutral runners are not immune to injury. How your foot contacts the ground The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight._Normal size arches_There is even distribution from the front of the foot._Less likely due to effective shock absorption, but neutral runners are not immune to injury._The foot lands on outside of the heel, then rolls inward (pronates) to absorb shock and support body weight._The GLIDERIDE™ shoe helps you run longer while expending less energy. GUIDESOLE™ technology in the sole is the key function in the GLIDERIDE™ shoe. Improved cushioning, which is a result of FLYTEFOAM® technology and GEL® technology cushioning also helps reduce the overall load on the foot. The stiff forefoot and dynamically curved sole increase running efficiency by reducing the movement of the ankle joint. Additionally, the shoe's center of mass is closer to the heel, so it's easier to swing the foot forward. The rolling motion you feel in this shoe actually propels the foot forward for increased efficiency by reducing the forward movement of the ankle. This lets you run farther with less effort. The GLIDERIDE™ shoe with GUIDESOLE™ technology lets you conserve energy for efficient runs. Style #: 1012A930.001 UPC #: 193604939750_GUIDESOLE™ Technology The curved sole design and stiff forefoot of our GUIDESOLE™ technology reduce ankle flexion and provide a shock-absorbent landing zone to lessen fatigue of other leg muscles and increase runner efficiency. FLYTEFOAM® Midsole Technology Our FLYTEFOAM® technology provides exceptional bounce back and responsiveness no matter the distance, utilizing organic super fibers to help reduce packing out that traditionally happens with softer, low density foams. FLYTEFOAM® Propel Technology ASICS energetic foam formulation that provides supreme bounce thanks to a unique elastomer compound. Rearfoot GEL® technology cushioning system Attenuates shock during impact phase and allows for a smooth transition to midstance. Engineered Mesh Upper Multi-directional mesh material improves ventilation and stability. AHAR® Plus Outsole Strategically positioned in critical areas of the outsole, this exceptionally durable compound is 50% more durable than standard ASICS High Abrasion Rubber.