Boxers Tommy Hilfiger UM0UM02767 Trunk 3 pairs black/black/black/black/black (UM0UM027670)

Tommy Hilfiger UM0UM02767 Trunk boxer shorts set of 3 black/black/black/black/black offer everyday comfort and support for daily wear and during activities. Made from a blend of cotton and elastane, they combine freedom of movement with high breathability.

Breathable cotton and elastane blend

The Tommy Hilfiger UM0UM027670 model is made from a fabric consisting of 95% cotton and 5% elastane, which enhances the flexibility and durability of the material. Natural cotton provides breathability and a pleasant feel against the skin throughout the day. The addition of elastane allows for an optimal fit without feeling constricted.

Functional sportstyle construction

This model features a construction without a fly, resulting in smooth adhesion and a modern sportstyle cut. The applied technology supports breathability, which is crucial during increased physical activity. The set contains three pairs, making the boxer shorts a practical choice for both training and everyday wear.

Three pairs and ergonomic fit

The set offers three identical boxer shorts in a classic, universal cut. The elastic waistband provides stability during movement, and the well-chosen proportions of materials ensure durability and comfort throughout the day. This set is perfect as both an addition to a sports wardrobe and for everyday use.

Tommy Hilfiger UM0UM02767 Trunk boxer shorts set of 3 black/black/black/black/black - features:

• 95% cotton and 5% elastane blend for flexibility and breathability;
• Flyless construction for a modern, sporty cut;
• The set includes three pairs of identical boxer shorts;
• Breathable material reduces overheating during activities;
• Elastic waistband for a stable fit to the body;
• Soft finish providing all-day comfort;
• Perfect for both training and everyday use;
• Universal design adapted for dynamic movement;
• Durable fabric resistant to stretching and deformation;
• An ideal choice for men who value comfort and functionality.