Men's boxers Nike Dri-Fit Essential Micro Boxer Brief 3 pairs university red/black/black metallic grdient wb (KE1157-622)

Men's Nike Dri-FIT Essential Micro Boxer Briefs 3 pairs university red/black/black metallic gradient wb is an excellent choice for active men looking for comfort and functionality. Made from a blend of polyester and elastane, they offer not only durability but also flexibility for a comfortable fit. The slim fit cut enhances the silhouette while allowing freedom of movement, making them ideal for intense workouts and everyday wear.

Dri-FIT Technology

The men's Nike Dri-FIT Essential Micro Boxer Briefs utilise modern Dri-FIT technology, which effectively wicks moisture away from the skin's surface. This allows the wearer to enjoy a feeling of dryness even during the most demanding physical activities. The breathable material perfectly regulates body temperature, increasing wearing comfort throughout the day.

Flat seams for enhanced comfort

The Nike Dri-FIT Essential Micro Boxer Briefs feature flat seams that minimise the risk of chafing and skin irritation. This solution makes the briefs nearly imperceptible, further enhancing the comfort of wear. The quick-drying material increases the product's functionality, which is especially important during intense physical exertion.

Flexibility and fit

The elastane in the material of the men's Nike Dri-FIT Essential Micro Boxer Briefs provides flexibility that allows for freedom of movement. This is particularly important in sportswear, where each clothing element must work perfectly with the body. The briefs offer not only functionality but also a modern design, making them an excellent choice for discerning users.

Men's Nike Dri-FIT Essential Micro Boxer Briefs - features:

• Dri-FIT technology wicking moisture away;
• Breathable material supporting temperature regulation;
• Flat seams minimising the risk of chafing;
• Quick-drying material enhancing functionality;
• Slim fit cut ensuring a good fit;
• Blend of polyester and elastane for flexibility;
• Material elasticity allowing freedom of movement.