Men's X-Bionic Twyce Run slate blue/x black running shirt (TWRTA2S24M)

The X-Bionic Twyce Run slate blue/x black men's running shirt sets a new standard for comfort and performance during intense running training. Thanks to advanced technologies and carefully selected materials, this model effectively supports maintaining optimal body temperature and ensures efficient moisture wicking even during the most demanding distances.

Highly functional material

The shirt is made from a highly advanced blend dominated by polyamide, which guarantees durability and flexibility, while polypropylene ensures rapid moisture transport. The fabric is characterised by high breathability and very fast drying time, which is a key advantage during intense runs. This allows the wearer to maintain a feeling of dryness and freshness throughout the workout.

Thoughtful design and user comfort

The design of the X-Bionic Twyce Run SS model has been created with a regular fit for a comfortable, unrestricted fit, ensuring full mobility during running. The short sleeves and absence of zips increase comfort and do not restrict movement. The elasticity of the material goes hand in hand with precise finishing of ventilation zones, further enhancing comfort even during prolonged exertion.

X-Bionic Twyce Run slate blue/x black men's running shirt - features:

• Advanced 3D Bionic Sphere® system supporting skin thermoregulation during running;
• Thermosyphon® technology intensifying moisture transport and body cooling;
• Sweat Traps® panels enabling effective sweat evaporation in key areas;
• Base material made of 93% polyamide and 7% polypropylene with high durability;
• Very fast drying of the material during intense activity;
• High breathability and effective ventilation in strategic zones;
• Regular fit providing natural freedom of movement;
• Elastic material allowing dynamic body movement;
• Short sleeves for full freedom during running;
• Excellent moisture wicking even during long distances;
• Design specifically intended for men's running;
• Optimised finishing of ventilation zones for active thermoregulation.