The Empire™ ACC continues to redefine high-performance cycling shoes.
A CURRENT CLASSIC
The Empire™ ACC continues to redefine high-performance cycling shoes. A classic laced closure offers unrivaled fit adjustment and complements the new, highly breathable Evofiber™ microfiber upper for superb fit and comfort. A revamped Easton® EC90™ ACC full carbon sole offers all the stiffness needed for everything from Grand Tours to gran fondos, with ultra-low 6.5mm stack height for a direct connection to the pedals. Our adjustable SuperNatural Fit footbed lets you fine-tune the fit and arch support, for an unmatched blend of performance and style.
SuperNatural Fit Kit with adjustable arch support; X-Static® anti-microbial fiber
215 grams (size 42.5)
Evofiber™ takes the best attributes of mesh and microfiber, and fuses them into a single fabric that repels water and
improves breathability throughout the shoe. By eliminating the extra seams and adhesives required to insert mesh panels, the durability, comfort and weight of our shoes can all be dramatically improved. Evofiber™ also holds shape exceptionally well, and is fast drying and easy to clean.
We use carbon fiber and carbon composites in Giro footwear because they provide exceptional performance that can be tuned to We use carbon fiber and carbon composites in Giro footwear because they provide exceptional performance that can be tuned to advantage of having Easton engineering expertise to further enhance the capabilities of this wonder material, allowing us to create thinner, lighter and stronger components.
SUPERNATURAL FIT SYSTEM
A superb fit, with adjustable arch support to help optimize comfort and enhance pedaling efficiency.
X-Static FIBER – X-Static fibers use natural silver to provide heat conductive and anti-microbial properties to help keep your hands warm, and your gloves free of odor-causing bacteria and fungus
Easton® Carbon Composite Outsole
Unidirectional carbon fiber outsole is engineered to provide a direct connection with the pedal, thanks to class-leading stiffness that puts full effort into forward motion