The top cycling shoe focuses on foot stability for optimal performance
A racing shoe that prioritizes foot stability through the use of a fully adjustable plantar support system, their Dynamic Arch Support 2.0, to adapt to each individual rider's anatomy and achieve performance at the highest level.
Performance for the street
Dynamic Arch Support 2.0
Every useful watt of power generated while cycling is transferred to the bike through the soles of your feet. When the plantar fascia is properly supported, the medial arch stiffens, allowing for efficient power transmission. For this reason, providing adjustable arch support is critical to the comfort and performance of a competitive cycling shoe.
Improving support while adapting
The Dynamic Arch Support 2.0 system is custom tuned for the precise fit with the BOA® Fit System and a fully integrated feature of their new carbon outsoles. A specific portion of the shoe's upper wraps around the plantar arch to enhance support and adapt to the unique needs of each rider's foot shape.
Volume Control Systemy
In addition, the Volume Control System enables differentiated adjustment for both the instep and forefoot areas, the shape and volume of which can vary greatly between riders. By controlling two separate BOA® closures, cyclists can tailor the fit to their foot shape, ensuring maximum performance and support. This includes the new Li2 Dual Zone BOA® Fit system configuration with a smaller dial diameter and a lower, more aerodynamic profile.
Comfortable laminated upper
The upper of the shoe is made of an elastic polyurethane laminated material combined with a comfortable mesh. This results in a lower yield and provides long-lasting foot support where it's needed most.
Carbon fiber outsole
Everything in this innovative racing shoe is designed for ultimate power transfer, from the advanced fits to the new outsole: a layer made of carbon fiber that saves weight and offers increased stiffness. With an index of 10 (out of 10), this outsole is the stiffest in the Fizik range.
Optimize pedaling efficiency
A wide vent intake and deep internal channeling provide cooling airflow for improved temperature control. Stud placement is set back slightly further compared to traditional settings to optimize pedaling efficiency and reduce knee compression. This is especially good for very aggressive forward aero riding positions.