X-Bionic Twyce G2 Run Shorts Men sunset orange/teal blue

Run faster without overheating! TWYCE G2 RUN SHORTS MEN from the X-BIONIC 4.0 generation offer you the largest cooling surface of all X-BIONIC running shorts. They perfectly equip running enthusiasts to maintain high activity in warm weather. Your first advantage is the patented, award-winning and unprecedentedly effective ThermoSyphon System, the next generation of the 3D Bionic Sphere System at the front. Its complex 3D structures and Y-shaped elements maximize air exchange. It cools when you sweat and warms you when you're cold – and it achieves these heating and cooling effects faster and more efficiently than ever. Your second advantage: this precisely crafted functional wear for runners is manufactured in Retina ultra-high-definition quality. You can feel the difference in the highly effective density, the intensive functional transmission and the precisely defined functional zones. The shorts include a practical back pocket.

3D-Bionic Sphere System
The 3D-Bionic Sphere System leaves the skin with residual moisture that the body does not feel as wetness. There are no sensors for sweat. Only when drops form and run do we perceive "wetness" via this mechanical stimulus. Sweat traps absorb this wetness before it can be felt, lead it to evaporation and dispose of it through the dynamics of heat. What remains on the skin is an imperceptible film of moisture that cools. Because: No sweat - no cooling.

ThermoSyphon
The patented ThermoSyphon structure adds an extra dimension to the special properties of the 3D Bionic Sphere system: Y-shaped elements support the natural thermodynamics and thus improve perspiration management.

Air-Conditioning Channel
The Air-Conditioning Channel in the chest area is part of the climate channel system. Physiological studies have shown that the chest area is an optimal zone for effective and rapid air conditioning. Without the impression of "cold" spreading through the body, the exchange of fresh air via this channel system cools the chest area. The constant movement of air along the air conditioning channel also effectively draws moisture out of the sweat zones and transports it away.

Active waistband
The highly elasticated active waistband ensures a secure fit and support without restricting or hindering movement.

IDEO waistband
The ideally designed, ergonomically optimised waistband with a higher cut at the back keeps the garment in place even during constant movement.

Innerlap AirConditioning Zone
The inner thighs are less sensitive to cold when it comes to muscle performance. We instinctively know this: This is where we can pinch and warm up our cold hands to balance our overall thermal sensation more quickly. The Innerlap AirConditioning Zone is located in this area. The air permeability is increased in this area and the insulation layer is reduced, thus increasing air conditioning through air exchange.

Sweat traps
Pass on excess moisture. Sweat forms a fine film of moisture on the skin. Drops are collected in the sweat traps and led to the evaporation surface expander. Evaporation takes place on three levels: On the skin for cooling, in the Sweat Traps excess moisture can be processed, on the Evaporation Surface Expander for final evaporation of excess moisture.

Twyce Cool Zone
In the chest area, back and under the armpits. Hydrophilic and hydrophobic fibres absorb excess perspiration from the 3D-BionicSphere system, wick it away and allow it to evaporate over a wide area to aid cooling.

X-Bionic PartialCompression
X-Bionic PartialCompression utilises the benefits of compression without neglecting cooling. Heat is generated during sport. In extreme situations up to 1,200 watts. The athlete releases 90 % of this heat through the skin and thus maintains their body temperature at 37 °C. The X-Bionic partial compression exerts targeted pressure via 1 mm thick bars. A pressure-free zone is created to the left and right of this without any mechanical pressure that could negatively affect the skin's circulation. The blood vessels remain open. Partial compression uses the skin as a cooling surface and can therefore optimise the human climate balance for better performance.