Q36.5 Unique Pro 4.0 Road Shoes Blue White

Italian engineering for superior power transfer

The Q36.5 Unique Pro 4.0 Road is designed to redefine the connection between rider, shoe and pedal. Thanks to patented technologies developed in Italy, they offer a unique combination of stability, ventilation and pedaling efficiency, allowing cyclists to reach a new level of performance and control.

Lace-less upper with advanced ventilation

Unlike traditional shoes, the Unique Pro eliminates the tongue and incorporates a patented mesh panel across the instep. This construction significantly improves ventilation and promotes thermoregulation, providing a larger ventilation surface than any other competition shoe. The result is greater comfort and optimal thermal control even during intense efforts.

Handcrafted ultra-thin carbon sole

The outsole is handcrafted in Montebelluna, Italy, using a patent-pending carbon fiber layup. With a thickness of only 2.2 mm, this structure achieves a total stack height of 4.4 mm, the lowest on the market. This reduction improves the pedaling biomechanical efficiency and favors a more direct power transfer.

Ultra-low stack height for more power

According to biomechanical studies, every millimeter reduced in stack height can improve generated power thanks to better rotation and aerodynamics. With its ultra-low design, the Unique Pro 4.0 can offer up to a 4% improvement in pedaling efficiency compared to traditional setups.

Compatibility with SRM X-Power Direct system

This model incorporates an exclusive four-hole configuration that allows the use of the SRM X-Power Direct pedal and cleat system. This system increases the contact surface between shoe and pedal and further reduces the total stack height of the combo. In addition, the shoes remain compatible with standard three-hole systems used by most road pedals.

Stability and comfort on every pedal stroke

The sole incorporates an extra-wide metatarsal area that enhances comfort for different foot shapes, while the cupped heel provides greater stability during exertion. This combination helps maintain a secure and efficient position even during prolonged efforts or intense sprints.