Skechers GOwalk Max Walking Shoes
Comfortably stride throughout the day in well-cushioned comfort with Skechers GOwalk Max. These lace-ups feature 5GEN Midsole technology, and GOwalk Max Midsole for ultimate comfort and support.
Textile Upper
Providing you with an optimal level of comfort and support in this great pair of walking shoes, the GOwalk Max shoes utilise a practical textile upper. These materials ensure that your feet are encased in a breathable layer of fabrics, and provide ventilation, for the utmost comfort. Perforations within the fabric also increase airflow allowing you to remain cool, dry and comfortable at all times. The shoes have a lightly padded tongue and collar, providing you with a comfortable fit and feel from the shoes, but also preventing further irritation. Completing the upper of these shoes is a traditional lace-up system, to keep your feet locked in and securely in place.
GOwalk Max Midsole
The midsole of GOwalk Max Walking Shoes provide you with additional comfort and cushioning whilst wearing. Firstly, a GOwalk Max Midsole provide you with a high level of cushioning and support which therefore works to absorb shocks and impacts to spare your joints when striking down on hard, unforgiving surfaces. Alongside this 5GEN midsole technology is present through the shoes, which provides anatomically correct arch support and further enhances shock absorption to keep feet and joints protected. Completing the midsole is Skechers signature Air Cooled Goga Mat which provides high rebound cushioning and enhanced breathability. The insole ensures added underfoot cushioning and works to increase breathability so your feet will always remain comfortable and cool.
Dual-Density Outsole
Developed using a dual-density outsole, the Skechers GoWalk 6 Walking 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. The construction is flexible, meaning there will be no lasting damage from excessive forces acting against it.
