SKECHERS women's shoes Edgeride Power Flow slate (150471 SLT)

The women's SKECHERS Edgeride Power Flow slate shoes feature a modern sportstyle design, integrating advanced cushioning and environmentally friendly technologies. The model uses recycled materials, and the vegan composition and low knitted upper enhance their functionality for everyday use and sports activities.

Advanced Skechers Air-Cooled Memory Foam® cushioning

The insole featuring Skechers Air-Cooled Memory Foam® technology provides optimal elasticity and thermal comfort during prolonged wear. The specialized foam remembers the shape of the foot, effectively dispersing pressure and cushioning each step. The breathability of this technology keeps feet fresh even during intense use.

Eco-friendly and vegan materials

The construction of the SKECHERS Edgeride Power Flow model is based on the use of materials from recycling and completely vegan raw materials. The upper is made from knitted fabric and synthetic material, which minimizes the impact on the natural environment. The balanced selection of components ensures that the shoes align with modern trends in responsible sports fashion.

Upper construction and outer sole

The low upper stabilises the foot perfectly without restricting freedom of movement, and the classic lacing allows for a custom fit. The outer sole made of rubber guarantees durability and grip on various surfaces. The entire design focuses on functionality and everyday comfort for users.

Women's SKECHERS Edgeride Power Flow slate shoes - features:

• Upper made from knitted fabric and recycled synthetic material;
• Low upper design that facilitates a natural range of motion;
• Insole equipped with Skechers Air-Cooled Memory Foam® technology;
• Foam that remembers the shape of the foot for individual comfort;
• Outer sole made from durable rubber;
• Stability and comfort provided by classic lacing;
• Design dedicated to daily activities in sportstyle;
• Cushioning that minimizes foot fatigue during movement;
• Environmentally friendly due to the use of recycled components.