Women's running sweatshirt HOKA GlideTech Quarter Zip ruffle salt (1164155-TLS)

Women’s Running Top HOKA GlideTech Quarter Zip Ruffle Salt is designed for female runners who value comfort and functionality. Made from a blend of polyamide and elastane, it offers excellent moisture-wicking properties, making it ideal for intense training sessions. The slim fit cut ensures a great fit that highlights the body's advantages.

Advanced Technologies

The women’s running top HOKA GlideTech Quarter Zip Ruffle Salt features modern HeiQ Mint Anti Odor™ technology. This keeps the garment fresh for longer, which is particularly important during prolonged exertion. Additionally, the use of Creora Aqua-X™ technology enhances moisture management, increasing user comfort.

Practical Solutions

The women’s running top HOKA GlideTech Quarter Zip Ruffle Salt is equipped with reflective elements that improve visibility in low light. The partial zip allows for ventilation adjustment during runs, while thumbholes ensure that the sleeves stay in place even during vigorous movement. Practical pockets provide space for storing essential items.

Breathable Material

The breathability of the fabric used in the women’s running top HOKA GlideTech Quarter Zip Ruffle Salt ensures optimal air circulation. This keeps the skin dry and maintains high wearing comfort. The elastane in the composition gives the garment flexibility, allowing freedom of movement during any activity.

Women’s Running Top HOKA GlideTech Quarter Zip - Features:

• Slim fit cut providing an excellent fit;
• Made from polyamide and elastane offering moisture-wicking properties;
• HeiQ Mint Anti Odor™ technology maintaining fabric freshness;
• Creora Aqua-X™ application for effective moisture management;
• Reflective elements enhancing visibility in low light;
• Partial zip allowing for ventilation adjustment;
• Thumbholes ensuring sleeve stability during movement;
• Practical pockets for storing small items;
• Breathable material ensuring optimal air circulation;
• Flexibility of the material allowing complete freedom of movement.