Men's thermal shorts X-Bionic X-Ential Long 3/4 x black (IGWPLPW25M)

Men's thermal active shorts X-Bionic X-Ential Long 3/4 x black are advanced sportswear designed for optimal comfort and functionality. With a 3/4 length, they perform excellently in various training conditions, and the Slim fit ensures comfort and freedom of movement.

Technologies and functionality

The X-Bionic X-Ential Long 3/4 shorts utilise advanced material technologies that provide excellent thermal active properties. Special polyamide fibres support effective moisture wicking, keeping the skin dry even during intense physical effort. Additionally, the elastane in the fabric composition guarantees flexibility, which translates to a better fit to the body.

Materials and comfort

Men's thermal active shorts X-Bionic X-Ential Long 3/4 x black are made from a combination of polyamide and elastane, ensuring durability and resistance to abrasion. The material is lightweight and soft, increasing comfort during prolonged exercise. Thanks to their thermal active properties, the shorts effectively regulate body temperature, which is crucial for maintaining optimal sports performance.

Fit and construction

The X-Bionic X-Ential Long 3/4 shorts feature a Slim fit, allowing for full freedom of movement without unnecessary pressure. The design is well thought out in terms of ergonomics, supporting natural body movements and minimising the risk of chafing. The 3/4 leg length makes the product versatile and suitable for various sports activities.

Men's thermal active shorts X-Bionic X-Ential Long 3/4 x black - features:

• Utilise advanced material technologies for optimal thermal regulation;
• Polyamide in the fibres supports effective moisture wicking;
• Elastane provides flexibility and a better fit to the body;
• The material is lightweight and soft, enhancing wearing comfort;
• Slim fit allows for freedom of movement;
• 3/4 leg length is suitable for various sports activities;
• The construction supports natural body movements and minimises the risk of chafing.