Men's shorts Nike Challenger Dri-Fit Brief-Lined 7" black/white (IF9487)

Men's Nike Challenger Dri-Fit Brief-Lined 7" Shorts are technical sportswear designed for running. This model features Dri-FIT technology, which ensures effective moisture wicking during intense training.

Dri-FIT Technology and Quick-Drying Material

A strong point of these shorts is the quick-drying polyester fabric, which effectively enhances comfort during exertion. The use of Dri-FIT technology promotes efficient air circulation and moisture management. The internal leggings made of a polyester and elastane blend increase flexibility and protect against chafing.

Construction and Functionality

The elastic waistband with a drawcord allows for individual adjustment at the waist. A phone pocket and zippered pockets enable secure storage of essential items during runs. The short legs and regular fit ensure complete freedom of movement.

Eco-Friendly Materials and Practical Solutions

Men's Nike Challenger Dri-Fit Brief-Lined 7" Shorts are made from recycled materials, supporting eco-friendly solutions in sportswear. The breathability of the fabric translates into high comfort during activities. Multi-functional pockets and quick-drying material make this model a practical choice for any running workout.

Nike Challenger Dri-Fit Brief-Lined 7" Shorts - Features:

• Dri-FIT technology supporting effective moisture wicking;
• Quick-drying material ensuring consistent comfort during activities;
• Elastic waistband with a drawcord for individual adjustment;
• Polyester and elastane blend in the lining for increased flexibility and protection against chafing;
• Internal leggings improving fit and comfort while running;
• Phone pocket allowing for secure storage of a mobile device;
• Zippered pockets ensuring safe storage of small items;
• External pockets enhancing functionality during training;
• Regular fit offering optimal body contouring;
• Short legs allowing full freedom of movement;
• Breathable material promoting ventilation during exertion;
• Elastic material improving user comfort;
• Freedom of movement facilitating the tackling of various distances;
• Recycled materials supporting environmental protection.