SKECHERS women's shoes Flex Appeal 5.0 New Path navy/blue (150201 NVBL)

The women's SKECHERS Flex Appeal 5.0 New Path navy/blue shoes offer comprehensive support during everyday activities and sports-style training. The use of advanced cushioning solutions and environmentally friendly materials ensures that this model meets the expectations of demanding users.

Advanced cushioning and user comfort

The Skechers Air Cooled Memory Foam® insole guarantees high cushioning due to the use of innovative foam that perfectly adapts to the shape of the foot and effectively wicks moisture away. The Flex-Lite midsole ensures lightweight construction and flexibility during dynamic movements. The application of these technologies translates to noticeable comfort and stability during every activity.

Eco-friendly and breathable materials

The upper made of lightweight mesh provides optimal ventilation and freedom of movement while increasing breathability during intense use. The SKECHERS Flex Appeal 5.0 New Path model meets vegan standards by using only environmentally friendly materials. The high-quality rubber outsole enhances traction on various surfaces.

Thoughtful upper design

The low-profile construction and classic lacing system improve foot fit and provide maximum freedom of movement. Such solutions guarantee stability during daily walks and sports activities. This model is aimed at women looking for a combination of functionality and modern technologies in their everyday footwear.

Women's SKECHERS Flex Appeal 5.0 New Path navy/blue - features:

• Skechers Air Cooled Memory Foam® insole providing fit and cushioning;
• Flex-Lite midsole for increased flexibility and lightness;
• Upper made of lightweight mesh ensuring high breathability;
• Durable, abrasion-resistant rubber outsole;
• Environmentally friendly construction compliant with VEGAN standards;
• Low-profile upper enhancing freedom of movement;
• Classic lacing for better foot fit;
• Model dedicated to women who value comfort and modern technologies;
• Optimal ventilation thanks to breathable materials.