Men X-Bionic Base Layer | Cycling Bib Opal Black/Arctic White

X-Bionic Invent 4.0 Cycling Bib Men’S Cycling Shorts Sport Professionals Agree That Success In Sports Depends On Many Factors – Regular Training, Good Preparation, Predispositions, And, Of Course, The Right Sports Outfit, Which Helps The Body Perform Optimally. The X-Bionic ® Invent 4.0 Bike Race Bib Shorts Padded Men Cycling Shorts Are Designed For The Most Ambitious Cyclists Who Strive For A Constant Improvement Of Their Skills. An Impressive Level Of Technological Advancement Distinguishes This Model. This Is Evident In Both The Design Of The Shorts And In The Thermoregulatory Properties. Feeling Of Comfort Regardless Of The Weather Conditions With The X-Bionic Invent 4.0 Cycling Bib Cycling Shorts There Is No Doubt That Cycling Is A Sport Where The Weather Has A Significant Influence. To Be As Independent As Possible From The Weather, You Must Complete An Outfit That Will Support You In Any Condition. These Cycling Shorts By X-Bionic ® Invent 4.0 Bike Race Bib Shorts Padded Men Are Designed With Several Technologies To Improve The Cyclist’S Thermal Comfort. The 3D Bionic Sphere® System Removes Sweat And Heat Efficiently, While The Intercooler Keeps Moisture On The Material’S Surface, Allowing It To Evaporate Efficiently. There Is A Zone Of Increased Ventilation On The Inner Side Of The Thigh – The Innerlap Airconditioning Zone®. The Mesh Structure Of The Material Supports Heat Exchange In This Area. Following The Physical Activity, During Rest And Regeneration, It Is Essential To Keep The Body From Cooling Down; This Is Possible Thanks To Isopads. Comfort Even Over Long Distances With The X-Bionic ® Invent 4.0 Bike Race Bib Shorts Padded Men The X-Bionic ® Invent 4.0 Bike Race Bib Shorts Padded Men Has A Harness That Ensures The Shorts Do Not Move While You Are Riding. They Have Been Supplemented With The Anatomical Elite 2000 Xt Man Bike Pad, Protecting Sensitive Areas Against Pressure. Partialkompression® Improves Muscle Oxygenation And Nutrient Delivery Via A Variable Compression Mechanism. This, In Turn, Translates Into Their Faster Regeneration.