Assos Equipe RSR Bolide Bib Shorts S11

The pinnacle of racing technology, combining our lightest, most compressive textiles with aggressive second-skin aerodynamics.

Engineered for ultra-endurance races at unrelenting intensity - – BOLIDE S11 is pure racing.

More breathable, more compressive, more aerodynamic – the EQUIPE RSR S11 replaces the RSR SUPERLÉGER S9 as the most advanced Racing Series short in ASSOS history. 

FEATURED FABRICS: 
The all-new Type.959Kompressor is a proprietary woven textile that’s more breathable, more cooling, and more compressive than previous Kompressor materials. It also protects the rider with increased abrasion resistance, and its integrated anti-slip properties eliminate shifting and friction. The seat and core are wrapped in the Type.911 textile that defines the rest of the Racing Series – a soft, compressive, and ultrabreathable textile that remains deeply, fully black, even while stretching. Both textiles are UPF 50+.

CONSTRUCTION/FIT:
The AEDP flederMann pattern is a second-skin, aerodynamic racingFit designed with WorldTour feedback and proven with WorldTour results. Micro-adjusted shaping wraps the large muscles with compressive support in a longer, more aerodynamic leg length.

ENGINEERING
Endurance Compression: Muscle-wrapping support that reduces fatigue during multi-hour, high-intensity rides. The textile panels are arranged to maximize compressive benefits; 

ELECTRIFIED Grip: Integrated anti-slip yarns are woven directly into the KOMPRESSOR textile, providing frictionless, uninterrupted grip around the thigh; 
X-Frame:An A-frame suspension that limits sag on the lower back, stabilizing the insert and main body panel during high-intensity riding. Anchored across the shoulders by our lightest bib straps.
RSR S11 Insert

Shock-Absorb Damping System Twin 13: A two-layer racing platform of 9mm foam supplemented with 4mm ultraDistance inserts under the ischial bones. Thermoformed shaping eliminates ridges and irritation; 

whirlKrater: Perforations distributed throughout the insert create a whirlwind of cooling airflow instead of just a unidirectional breeze; 
Perforations in the inserts’ leading edge draw intercooling air to maintain breathability and a dry, cool microclimate;