The new Fizik Vento Infinito Carbon 2 shoes are now available at Escapa.
A professional-level cycling shoe featuring a Microtex upper, unidirectional carbon sole (R2), and Li2 Dual Zone Boa® Fit System.
The latest refinement of our legendary high-performance road cycling shoe, developed and chosen by leading athletes across the professional peloton.
MICROTEX UPPER
The Microtex upper is flexible yet strong and stable, providing a comfortable and consistent fit. Combined with Fizik’s most advanced fit capabilities, this shoe delivers the precise, secure feel that riders demand.
SUPPORT AND COMFORT
A dedicated section of the upper wraps around the arch and can be precisely adjusted for a perfect fit and improved plantar fascia support using the latest Li2 BOA® platform. Volume in the forefoot area can be controlled via Infinito, an exclusive fit-adjustment feature. Infinito balances tension and further eliminates pressure hotspots by using BOA® textile lacing guides. This adjustment system acts on a larger area of the upper, pulling the eyelets inward consistently from all directions for a more comfortable and supportive fit.
VOLUME CONTROL SYSTEM
The volume control system allows for differentiated fit adjustments for the instep and forefoot areas, whose shape and volume can vary widely among cyclists. With the latest Li2 BOA® Fit System platform featuring a smaller dial diameter and a lower, more aerodynamic profile, cyclists can tailor the fit to the unique shape of their foot, ensuring maximum performance without compromising comfort.
R2 CARBON OUTSOLE
The updated Infinito also features a completely new outsole with a carbon fiber layer designed to save weight and provide greater stiffness. With a stiffness index of 10, this outsole is the stiffest in the Fizik range. A wide ventilation inlet and deep internal channeling provide cooling airflow, helping to regulate temperature. The cleat positioning is set slightly further back compared to traditional setups to optimize pedaling efficiency and reduce knee compression, making it particularly suitable for very aggressive forward-leaning aerodynamic positions.
