Men's shorts Nike Dri-Fit Challenger 9" Unlined midnight navy (DV9365)

Nike Dri-Fit Challenger 9" Unlined Men's Shorts are technical shorts designed for running. The high functionality during training is guaranteed by the presence of Dri-FIT technology, which effectively wicks moisture away.

Dri-FIT - efficient moisture management

The quick-drying fabric utilizing Dri-FIT technology ensures thermal comfort and effective sweat evaporation even during intense exertion. The construction based on polyester and an inner lining with elastane contributes to high flexibility and durability. The shorts maintain freshness and lightness, catering to the needs of demanding runners.

Functionality and comfort while running

The freedom of movement is enhanced by the elastic fabric and ergonomic cut, while the internal leggings increase user comfort. The adjustable waistband with a drawstring allows for a customised fit during training. Practical pockets, including a dedicated phone pocket and secure external pockets, enable safe storage of essential items during activity.

Ecological approach and advanced solutions

Nike Dri-Fit Challenger 9" Unlined Men's Shorts are made from 75% recycled materials, addressing the needs of users seeking environmentally friendly solutions. Breathability and quick-drying properties of the fabric contribute to maximum comfort even over long distances. The combination of functionality and environmental care makes these shorts a thoughtful choice for runners.

Nike Dri-Fit Challenger 9" Unlined Shorts - features:

• Dri-FIT technology wicking moisture away from the skin;
• Quick-drying fabric enhancing user comfort;
• Flexible polyester providing freedom of movement;
• Internal leggings increasing comfort while running;
• Drawstring waistband allowing for individual size adjustment;
• Dedicated phone pocket for safe storage of devices;
• Secure external pockets protecting small items from loss;
• Polyester and elastane blend in the lining ensuring flexibility and durability;
• Breathable fabric supporting comfort during exertion;
• Use of recycled materials reducing environmental impact.