GOBIK Pads Guide
K12
Developed to meet the needs of professional cyclists, who spend long hours in the saddle and need the best possible support.
Multidirectional curvature, which provides adherence to the cyclist's movement and makes the contact with the skin very soft.
The base is constructed with medium density foam (60 kg/m3) with open cells, which favor the evacuation of sweat and control of body temperature. The high density foam inserts (120 kg/m3) are highly resilient and together with their elastic memory, provide maximum comfort on extra long rides.
K10
Extremely flat surface and smooth skin contact, with a central channel designed specifically for the male anatomy, improving blood flow and reducing pressure.
Its innovative foam, with extreme permeability and breathability, has elastic memory and integrates very high density inserts, with a highly resilient material, providing maximum comfort on extra long rides.
K9
With an extremely flat surface and smooth contact with the skin, it integrates a wide area specifically developed for the female anatomy, with maximum protection at the points of greatest pressure, combined with minimum padding thicknesses.
Its innovative foam, with extreme permeability and breathability, has an elastic memory and integrates very high density inserts, with a highly resilient material, providing maximum comfort on extra-long rides.
K7
Its innovative foam, with extreme permeability and breathability, has elastic memory and integrates high density inserts, with a high resilience material, providing maximum comfort on medium distance rides.
K6
Ideal models for routes with high temperatures and/or humidity. Maximum breathability fabrics that help dissipate heat and sweat, keeping us as dry and cool as possible.
K-TRI
It is a reference model for performance and finishes for the practice of middle distance triathlon. Flexible and very breathable, with optimal moisture management and quick drying.
Its innovative open-cell foam in the upper layer allows extreme air permeability and breathability.