Men's shorts Nike Challenger Dri-Fit Brief-Lined 7" team crimson/light crimson (IF9487)

Men's Nike Challenger Dri-FIT Brief-Lined 7" Shorts are technical shorts designed for running, offering support during intense training sessions. The use of Dri-FIT technology ensures effective moisture management during exertion.

Dri-FIT - Advanced Moisture Management

Dri-FIT technology allows for efficient moisture management, helping to keep the skin dry even during prolonged running. The quick-drying fabric increases comfort in changing weather conditions, reducing feelings of discomfort. The use of elastic polyester allows for freedom of movement, translating into full mobility during training.

Functionality and Comfort

The shorts are equipped with inner leggings that support the muscles and minimise the risk of chafing. A phone pocket and external zippered pockets enable the safe storage of small accessories during runs. The waist can be adjusted with a drawcord to achieve an optimal fit.

Responsible Material Choice

Men's Nike Challenger Dri-FIT Brief-Lined 7" Shorts are made from recycled polyester, making them an environmentally friendly option. The inner lining is a blend of polyester and elastane, providing additional flexibility and durability. The short legs and regular fit ensure versatility and comfort for various body types.

Features of the Nike Challenger Dri-FIT Brief-Lined 7" Shorts:

• Dri-FIT technology enhances moisture management;
• Quick-drying fabric speeds up drying after training;
• Elastic polyester allows for complete freedom of movement;
• Inner leggings enhance comfort and reduce chafing;
• Phone pocket allows for the secure transport of mobile devices;
• External pockets offer space for small accessories;
• Zippered pockets protect contents during activity;
• Waist adjustment with a drawcord ensures a personalised fit;
• Polyester and elastane blend in the lining guarantees flexibility and durability;
• Breathable fabric supports comfort even during intense exertion;
• Short legs provide maximum ventilation;
• Environmentally friendly due to the use of recycled materials.