Save R 650.00
Introducing the next generation of MILLE bib shorts—building on the iconic GT Total Comfort formula with a double-layer insert and more responsive, compressive textile.
OSSIDIA: A 40-gauge warp knit textile, developed for compressive hold and an ultrasoft feel against the skin. 195g/m2, UPF 50+, moisture wicking, built-in minerals for odorControl, freshness & thermoregulation, and extremely durable.
GTS Insert: A new insert for the MILLE GT line featuring a double-layer, dual-density memory foam construction and honeycomb topsheet—tuned to ensure optimal support and breathability, especially during long rides.
3D waffle: A patented, three-layer perforated foam that increases breathability and eliminates excess weight.
kraterCooler: System of small holes in the front of the insert that increases airflow so that your sensitive areas are kept cooler.
goldenGate: A patented tech feature 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.
A-Lock Engineering: c2 regularFit system comprising new textiles and technologies that stabilize the shorts and secure the insert in place.
Butterfly Pattern: The primary textile panel fully wrapping the lower back and legs, coming together in the rear. Fewer seams leads to a more uniform hold, less weight, and greater comfort.
ergoBox: A square pattern construction that effectively frames the insert in the back, boxing it in for added stability.
zeroWaist: A raw-cut, tape-reinforced edge for the smoothest transition possible between the body and fabric panel. More comfort with less pressure.
regularFit: Optimized for total comfort in the riding position, with a more relaxed cut than our second skin racingFit.
superFlat Xbib: A single section of elastic material—folded over on itself—forming a supportive A-frame that delivers limited vertical stretch in the rear.
ultraLight Leg Grippers: Minimal silicone treatment secures the shorts in place without any excessive pressure.