Skechers Skech-Air Extreme 2.0 Classic Vibe Women's Walking Shoes

Float on in sporty style and cushioned comfort wearing the Skechers Skech-Air Extreme 2.0 Classic Vibe shoes.

Mesh Upper

Designed to be lightweight, comfortable and breathable, the upper of the Skechers Skech-Air Extreme 2.0 Classic Vibe Training Shoes have been constructed using a synthetic mesh. The knitted fabric allows cool air to permeate throughout the entire upper to increase ventilation and to reduce an uncomfortable heat build-up; creating a perfect environment for your feet to thrive in. Perforations within the fabric increase airflow allowing you to remain cool, dry and comfortable at all times. Completing the upper is a lacing system that locks down the midfoot to reduce in-shoe slippage.

Sketch-Air Midsole

The Sketch-Air midsole delivers ultimate levels of comfort, with advanced cushioning and air ventilation keeping feet healthy, fresh, comfortable and protected. The Skech-Air midsole also provides shock absorption, meaning less stress and strain is put on muscles and joints and thus reducing the risk of injury. It also provides light springy rebounds, utilising the force of your last step to power you into the next one, making walking a breeze. The visible air cushion is a different colour from the rest of the midsole for bold design detail, and provides support to the foot, keeping it in the correct position for natural, comfortable strides.

Flexible Rubber Traction Outsole

Developed using a flexible rubber outsole, the Skechers Skech-Air Extreme 2.0 Classic Vibe Training Shoes ensure added stability and support. Durable rubber adorns the forefoot, heel and midfoot to resist the traumas of heel strikes and toe-offs to deliver you with a reliable and long-lasting walking buddy. It is extremely flexible, meaning there will be no lasting damage from excessive forces acting against it. The rubber itself is durable, which means that it will retain its shape and definition on rough terrain. The outsole ensures multi-directional traction for optimal grip.