At Escapa, we know how important a good pair of cycling shoes is, which is why we’re introducing the Q36.5 Unique Adventure Shoes. Made in the Italian Dolomites, they combine innovative technology with advanced ergonomics to deliver maximum performance and comfort.
Designed and handcrafted in the Italian Dolomites, the world capital of high-performance cycling footwear.
Body-Mapping Technology
The UNIQUE shoes are the world’s first “body-mapped” cycling shoes. We’ve channeled all our experience and expertise into applying these studies to create shoes with a revolutionary fit. The UNIQUE Road shoes offer the perfect combination of support, comfort, and breathability.
Hand-assembled, the inner lining precisely follows the contours of the foot, crafted in the world capital of high-performance cycling footwear.
The Last
The last for UNIQUE Shoes came to life after long discussions and countless cups of coffee over several seasons, during which we brought together the top talent in the field from around the Dolomites. Developed jointly by cycling apparel experts at Q36.5 and world-leading cycling footwear experts, the last layer of the UNIQUE shoes is designed to maximize pedaling power and reduce fatigue.
The Insole
The SOLESTAR insole positions the foot in the optimal neutral position to ensure maximum comfort, stability, and propulsion, so you don’t lose even the slightest bit of power while pedaling.
The Upper
Unlike the PU typically used, the Unique features a structure that adapts to the shape of the foot, offering exceptional breathability and comfort. The arch of the sole is designed to ensure efficient support throughout the pedal stroke, from Talon to toe.
BOA® System Fit
The lacing system features state-of-the-art BOA® Li2 dials that provide precise and even tension distribution. By running through the Unique’s exclusive outer layer, the BOA® cord glides smoothly, preventing excessive pressure points.
The Sole
The sole of this model is designed to ensure secure footing on any Terreno, thanks to its composite material and “spine-like” construction, which optimizes stiffness along the entire length of the sole while eliminating excess material.
