With double-layer protection throughout, a women’s-specific cut and the UMA 8mm insert, the Ultraz Winter Bib Tights stand in as the warmest, most protective regular-fit winter bib tights.
The ASSOS UMA GT Ultraz Winter Bib Tights are constructed with winterproof textiles to deliver unmatched levels of insulation, breathability and weather resistance. ASSOS began with the same highly insulating, brushed-back textiles used in the ASSOS Winter Bib Tights but added a second layer on the outside for added protection.
RX Heavy brushed warp-knit fabric is applied to the skin-facing side of the legs to provide exceptional comfort, wick moisture, add high levels of insulation and to remain extremely flexible. Added as a second layer along the leg panels, NEOS Ultra is a patented 2L windproof and highly breathable softshell constructed with a PU bonded membrane for added water-repellency.
The fit of the UMA GT Ultraz Bib Tights falls into ASSOS female-specific regularFit category, which means they’re lightly compressive with their double-layer design, but not as tight as ASSOS racingFit apparel. A thin magnetic clasp situated below the chest provides easy, on-the-fly entry and exit.
TECHNOLOGY *Y7 Frame Carrier Bib Tech: Wide, flexible bib straps converge at the upper back in a Y-shape design, resulting in a flat, stable structure that disappears between the shoulder blades. *Schnalle: A thin magnetic clasp situated below your chest that’s simple to fit and unclasp. *Stabilizator V3: Dorsal stabilizer in a solid mesh with limited vertical stretch. Includes UMA GT line graphics and climaCode. *UMA Winter Insert: The UMA elastic interface insert, evolved. New black colorway, and our proven 8mm of memory foam, this insert is nestled at the intersection between comfort and performance. *3D waffle: A patented, three-layer perforated foam that increases breathability and eliminates excess weight. *goldenGate: A patented technology that interrupts the stitching along both of the insert’s side panels, allowing a more three-dimensional freedom of movement in this sensitive, rotational area.