Women's running shoes HOKA Speedgoat 7 GTX deep mauve/black (1176677-DMVB)

Women's running shoes HOKA Speedgoat 7 GTX deep mauve/black are the perfect choice for women seeking advanced off-road running footwear. Designed with training in mind, they offer a high level of cushioning, making them excellent for female runners needing support during long distances. The mesh upper and GORE-TEX® membrane provide excellent breathability and waterproofing, keeping feet dry and comfortable regardless of weather conditions.

Advanced technologies

Women's running shoes HOKA Speedgoat 7 GTX deep mauve/black feature Cordura® technology, which ensures increased durability and resistance to mechanical damage. The Vibram® MegaGrip® outsole boasts exceptional grip, allowing for confident movement across diverse terrain surfaces. High cushioning and a 5 mm drop provide comfort at every step, minimising joint strain.

Safety and comfort

Women's running shoes HOKA Speedgoat 7 GTX deep mauve/black have reflective elements that enhance the runner's visibility after dark, significantly increasing safety levels. The standard fit width of the upper ensures a comfortable fit, while the laced fastening allows for individual adjustment to the foot, translating into stability and comfort while running. These features make the Speedgoat 7 GTX model an ideal choice for runners who value quality and functionality.

Women's running shoes HOKA Speedgoat 7 GTX - features:

• High cushioning providing comfort during running;
• GORE-TEX® membrane guaranteeing waterproofing and breathability;
• Vibram® MegaGrip® outsole providing excellent grip on various surfaces;
• Cordura® technology increasing durability and resistance to damage;
• Reflective elements enhancing visibility and safety for the runner after dark;
• Standard fit width of the upper for a comfortable fit;
• Laced fastening allowing for individual foot adjustment;
• Trail purpose for varied running conditions;
• 5 mm drop promoting natural foot roll;
• Mesh upper material ensuring lightness and airflow.