Assos Mille Gt C2 Bib Shorts With Pad

The next generation of Mille: Mille GT c2 Bib Shorts by ASSOS

ASSOS has taken this generational redesign as an opportunity to make the MILLE GT better at the things they loved about its predecessor, including the premium X-frame suspension carriage, a refined comfort waist fit, and a reduction in seams and weight (28% and 5g, respectively). The insert also got some attention receiving 3mm of additional cushioning. Assos has also updated the Odor Control Top Sheet Tex to the Sugar Blue colorway.

The MILLE GT is designed specifically for long training rides and endurance cycling, but it’s appropriate for every ride, every day, every time you’re in the saddle.

Type.429 is flexible enough for a streamlined fit; breathable enough for the heights of summer; compressive enough to respond to and support your body; and substantial enough to resist the abuse of countless kilometers. A true daily workhorse.

C2 AEPD regularFit is based on ASSOS’ performance race models but tuned for comfort with a more forgiving zeroPressure Waist. Streamlined performance for all-day cycling with ASSOS standard leg length.

Features – Mille GT c2

• Type.429 Titanio: A comfortable, slightly compressible fabric designed with a four-way stretch to maximize the elasticity of the fabric
• zeroPressure Waist: A comfort fit innovation that adds accommodation at the waist with a new elastic that reduces sag and ensures stretch-and-return
• X-frame: A-frame suspension inherited from the MILLE GTS bibs. Limits sag on the lower back for a confident fit that stabilizes the chamois and main body panel
• Ultralight Leg Grippers: A silicone treatment woven through the 6cm bands creates a secure hold without restriction or transitional ridges between body and shorts
• GT C2 Pad: A new pad for the Mille GT series, with the new Odor Control Top Sheet Tex upper in Sugar Blue and improved ventilation
• 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