Product Description

The MILLE GT Half Shorts are for long-distance comfort on short rides, big rides, indoor training, and everything in between. We’ve treated them with a lightly compressive material with high elasticity to ensure a comfortable and consistent hold on your legs while pedaling. The make-or-break point of any bib-less short comes down to the waistband design and to address that, we’ve applied a soft, breathable material at the front, with a fold-over construction to comfortably hold the shorts in place across the abdominals.

COMPOSITION

80%PA, 20�

Technical Features

FEATURED FABRICS

Comfortable, lightly compressive Type.429 Titanio has been engineered with expertise that uses a 4-way stretch to maximize the elasticity of the fabric. These shorts employ our ultrasoft warp-knit Aerofit applied to the waist, woven with an open structure for maximum ventilation and featuring high elasticity plus built-in odorControl.

CONSTRUCTION/FIT

A fold-over front panel design creates a smooth, pressure-free transition between the body and fabric. The shorts are cut in our regularFit, optimized for total comfort in the riding position, with a more relaxed cut than our second-skin racingFit.

ENGINEERING

superFlat grippers:Ultra minimal grippers with optimal stretch return to secure the shorts in place without any excessive pressure.

ENGINEERING

Reflective Accents:Small strips placed on the backs of the legs for added visibility.

INSERT

MILLE S7 EVO:The MILLE 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.

INSERT

kraterCooler:System of small holes in the front of the insert that increases airflow so that your sensitive areas are kept cooler.

INSERT

3D waffle:A patented, three-layer perforated foam that increases breathability and eliminates excess weight.

INSERT

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.