Men's running top DYNAFIT Sky cinder (08-0000071649)

Men's running shirt DYNAFIT Sky cinder is an excellent choice for active men who value comfort and functionality during training. Made from recycled polyester, it offers exceptional lightness and breathability. The athletic fit cut fits the silhouette perfectly, which increases comfort during intense exertion.

Polygiene® technology

The men's running shirt DYNAFIT Sky cinder is equipped with Polygiene® technology, which effectively inhibits the growth of bacteria responsible for unpleasant odours. As a result, the shirt stays fresh even after prolonged use. The material used in the product is also characterised by quick-drying properties, significantly enhancing comfort while running.

Reflective elements for safety

The men's running shirt DYNAFIT Sky cinder features reflective elements that enhance the visibility of the user when running in low light conditions or at night. The round collar provides additional freedom of movement and wearing comfort. The shirt meets bluesign® standards, confirming its high quality and safety for use.

Environmental friendliness

The men's running shirt DYNAFIT Sky cinder stands out for its care for the natural environment. The materials are sourced from recycling, and the production process respects natural resources. Certifications for responsible sourcing confirm that the product is an ecological and responsible choice. This way, you can enjoy excellent quality while taking care of the planet.

Men's running shirt DYNAFIT Sky - features:

• Polygiene® technology ensuring freshness of the material;
• Athletic fit cut for optimal fit to the silhouette;
• Reflective elements increasing user visibility;
• Round collar providing wearing comfort;
• Made from recycled polyester;
• Quick-drying material ensuring comfort during running;
• Breathability providing thermal comfort during exertion;
• bluesign® certifications confirming high product quality;
• Responsible sourcing confirmed by certification;
• Care for the environment through materials sourced from recycling.