Women's running shirt Nike Swift Aero-Fit Tank Top aluminum/pure platinum (IH8111-468)

Women's running vest Nike Swift Aero-Fit Tank Top aluminum/pure platinum is an excellent choice for female runners who value comfort and functionality. Made from polyester and elastane, the vest is lightweight and stretchy, allowing freedom of movement during training. The regular fit cut ensures an optimal fit to the body, further enhancing wearing comfort.

Aero-FIT Technology

The women's running vest Nike Swift Aero-Fit Tank Top aluminum/pure platinum features innovative Aero-FIT technology. This solution provides excellent breathability, effectively wicking moisture away from the skin. It is an ideal choice for those who train intensively and need clothing that helps maintain a comfortable body temperature.

Reflective Elements for Safety

The women's running vest Nike Swift Aero-Fit Tank Top aluminum/pure platinum includes reflective elements that increase the runner's visibility in low-light conditions. This is an important feature for those training after dark, providing additional safety during runs. Reflective elements are not only functional but also guarantee that every activity is safer.

Quick-Drying Material

The women's running vest Nike Swift Aero-Fit Tank Top aluminum/pure platinum is made from quick-drying polyester, ensuring rapid evaporation of sweat after intense training. Thanks to this material, runners can enjoy a dry and comfortable feeling throughout their activity. It is an excellent choice for those who appreciate high-performance sportswear.

Women's running vest Nike Swift Aero-Fit Tank Top - features:

• Innovative Aero-FIT technology providing excellent breathability;
• Regular fit cut ensuring an optimal fit to the body;
• Reflective elements enhancing safety when running after dark;
• Material made from polyester and elastane offering flexibility and lightness;
• Quick-drying polyester enabling fast moisture evaporation;
• High breathability for comfort during intense physical effort;
• Material elasticity supporting freedom of movement.