X-Bionic Energizer™ MK2 Medium Pants

REDUCE SWEAT, DON'T PREVENT IT. For automobile owners, the "MK" marking system may just mean a simple model number. For the team of developers, though, these two letters alone represent months or even years of painstaking work and innumerable tests. The strategic focus is not just the design, but rather is more performance enhancements of the product: More horsepower, larger capacity, better chassis. In the end, of course, it's all about higher speeds and better safety. That's exactly the philosophy of X-BIONIC®. Superior products, like the BIONIC Energizer™, aren't just replaced, rather they are constantly improved. Our Swiss textile engineers needed months and months in the research laboratory together with our performance athletes. They focused mostly on the athlete, not on the product. How can we better support athletes in their endeavours? In the end, you could hardly recognize the BIONIC Energizer™ anymore: a much larger 3D-BionicSphere® System, newly defined ventilation chambers, better joint protection.

• Compression - medium

• Insulation - warm

High-functional and technical underpants with optimized fabric textures for an outstanding moisture management and a mid compression to support muscles and reduce muscle fatique. Sweating is the natural cooling system of our organism. So X-Bionic puts the focus on keeping a thin sweat film on the skin during the active phase and creating a warming zone around the body during recovery. The X-Bionic Energizer MK2 pants features AirConditioningSpots in the hollow of the knees and ExpansionKnees for insulation. 

• X-Impact Technology™: Better performance due to graduated compression that reduces muscle oscillations, supports muscles and joints and optimises nutrient supply.

• The SkinNODOR® material consists of silver ions activated by body heat. They reduce bacterial growth and prevent unpleasant odor. The SkinNODOR® material is especially soft, breathable and provides superior fit.

• Material: 91% polyamide, 5% elastane, 4% polypropylene