Men's shorts Pitbull Sampson black (315042900003)

Men's shorts Pitbull Sampson black have been designed with intense combat sports training in mind, offering excellent freedom of movement. Tailored for MMA fighters, they provide comfort and functionality during dynamic exercises and sparring.

Advanced sports technologies

The Pitbull Sampson model employs Autolap technology, which enhances the shorts' functionality during physical activity. The breathability of the material ensures effective moisture and heat management, leading to increased comfort during intensive training. The fabric's flexibility allows for complete freedom of movement, and an additional advantage is the option for individual waist adjustment.

Composition of high-strength materials

The construction of the shorts features a blend of fibres: 78% cotton, 16% polyester, and 6% elastane, ensuring a balance between durability and flexibility. As a result, this model retains its shape even with frequent use, while the fabric weight of 320 g/m² contributes to its solid construction. The appropriate proportion of elastane ensures that the fabric does not restrict movement, even during the most demanding training sessions.

Design and functional details

The shorts are equipped with an elastic waistband with a tie, allowing for precise adjustment to the user's figure. The simple short-cut legs and regular fit design provide comfort and versatility. Practical pockets allow for the storage of small items during training or everyday use.

Men's shorts Pitbull Sampson black - features:

• Advanced Autolap technology supporting training functionality;
• High breathability of the material facilitating moisture management;
• Blend of 78% cotton, 16% polyester, and 6% elastane;
• Fabric weight of 320 g/m² enhancing durability;
• Elastic waistband with additional tie for individual adjustment;
• Straight leg cut ensuring freedom of movement;
• Regular fit cut facilitating adaptation to various body shapes;
• Short legs designed for combat sports and strength training;
• Elastic structure of the material increasing user comfort.