Women's running shoes HOKA Torrent 5 frost/neon yuzu (1176634-FYZ)

Women's HOKA Torrent 5 running shoes frost/neon yuzu are the perfect choice for active women looking for reliable footwear for trail running. Thanks to the mesh construction, the upper provides excellent breathability, which enhances comfort during intense training. Additionally, the standard upper cut ensures a comfortable fit to the foot, which is crucial during long runs.

EVA cushioning technology

The women's HOKA Torrent 5 running shoes frost/neon yuzu use EVA technology in the midsole, providing high cushioning. This solution effectively reduces shocks, minimising the risk of injury and increasing comfort during running. The 5 mm drop supports the natural rolling of the foot, which can contribute to more efficient running.

Rubber outsole

The women's HOKA Torrent 5 running shoes frost/neon yuzu are equipped with a rubber outsole that offers excellent grip on varied terrain surfaces. The full rubber rand reinforces the shoe's construction, increasing its durability and resistance to damage. This model is perfect for demanding running trails, providing safety and confidence with each step.

Purpose and functionality

The women's HOKA Torrent 5 running shoes frost/neon yuzu have been designed for trail training. The neutral type of footwear offers versatility, allowing comfortable use by runners of varying skill levels. The shoelaces as a fastening method enable precise adjustment, which is important for foot stability while running.

Women's HOKA Torrent 5 running shoes - features:

• High cushioning providing comfort during runs;
• EVA technology in the midsole reducing shocks;
• 5 mm drop supporting the natural rolling of the foot;
• Mesh in the upper ensuring excellent breathability;
• Standard upper cut for a comfortable fit;
• Rubber outsole offering excellent grip;
• Full rubber rand increasing the shoe's durability;
• Training purpose ideal for trail running;
• Neutral type of footwear for versatile use;
• Shoelaces enabling precise adjustment.