X-Bionic Invent 4.0 Running Shorts Women

Technologies and manufacturing processes

• 3D Bionic Sphere® System

  The body sweats during activities. The natural cooling system keeps the body at an ideal 37°C by means of sweat. Traditional thermal underwear draws the cooling sweat away from the skin. This tempts the body to produce even more sweat. Valuable fluids, minerals and salts are lost without efficient cooling. This reduces performance.
  Cools when you sweat. Warms when you're cold.
  The award-winning 3D Bionic Sphere® System stops unpleasant moisture, the feeling of overheating during rigorous activity and prevents cooling during rest and recovery phases.

• Partial compression®

  Compression sportswear improves the supply of oxygen and nutrients to the muscles, reduces muscle vibrations and helps to speed up recovery. Large-area, mechanical pressure can negatively influence the blood circulation in the tissue. If no sweat remains on the skin, the blood cannot be cooled. This leads to a reduction in the functioning of the body's own cooling system.
  A new benchmark in compression technology.
  Partial Compression® applies targeted pressure on 1 mm-wide ridges. Left and right of the ridge is a compression-free area where compression could have a negative effect on blood circulation to the skin. In this way the blood flow through the veins and capillaries remains unimpended.

• Sweat Traps®

  Of the up to three million sweat glands on our skin, up to 300 per square centimetre are located within the armpit. Everyone knows what happens here during a run. Already when warming up the muscles, the sweat begins to trickle.
  Catches wetness before it becomes palpable.
  Large dimensioned sweat traps, ergonomically positioned based on laboratory tests, prevent the moisture from dripping and provide active cooling.

• Innerlap AirConditioning Zone®

  The inner thighs are less cold-active in terms of muscle performance.
  Efficient cooling no matter what the conditions
  Air permeability is increased in this area through the Innerlap AirConditioning Zone®, the insulation layer is reduced, so air conditioning is strengthened by air exchange.

• ISO pads

  11 channels each form the ISO pads at the hips and even extend over the waistband. Large areas of the organs are thus protected from the cold. In winter, it is possible to protect the body from freezing by specifically insulating individual body parts from ambient cold. Thus the ISO pads over the hip bones and also the finer ISO pads on the buttocks keep the warmth on the body, which is necessary to guarantee the internal organ functions. At regular intervals, the ribs of the ISO pads drape over the shoulders, keeping warmth on the body and protecting against chilling. This is where a lot of heat is lost with conventional jackets, because the weight of the jacket or backpack compresses the insulation material so that it loses its effect.
  More insulation area
  ISO pads enable targeted insulation of individual body parts from a cold environment. By retaining body heat that is necessary to guarantee interior organ functions the temperature-regulating zones prevent the cooling down of the whole body.

• Active-Bund®

  No clothing is more disturbing than the one that constantly slips, cuts in and hinders freedom of movement. This has to be prevented.
  Highly adaptable for perfect fit
  The highly elastic Aktiv-Bund provides a secure fit and support without constricting or impeding movement.

• IDEO-Waistband

  During continuous movement, slipping functional underwear can lead to annoying friction. Only outstanding material and an optimal fit guarantee a performance-enhancing sense of well-being.
  Ideally designed, ergonomically optimized.
  The ideally designed, ergonomically optimised waistband, with higher cut in the back, keeps the garment in place even during constant movements.

• Venus XT Rib

  The basis for the design of outstanding functional clothing is scientific knowledge and physical calculations. The real art is to put them into practice.
  
  Vertical ventilation channel for an increased air exchange and thus sweat management.