700c, 27-Inch & 650c

The CADEX 42 Disc WheelSystem is for cyclists who require maximum versatility and disc-brake power in hilly terrain and variable conditions. Featuring a hookless rim design to maximize aerodynamics and durability, as well as low-friction hubs for maximum power efficiency and the added control of disc brakes, the CADEX 42 Disc WheelSystem offers unparalleled performance at an ultra-light weight. - Hookless rim design helps reduce aerodynamic loss and, through a continuous carbon fiber structure, enhances overall durability - Custom-tuned aero carbon spokes offer excellent aerodynamic characteristics, superior stability in shifting winds, and ultra-light weight - Custom-tuned dynamic balanced lacing technology makes a stiffer, more efficient wheel designed for real-world applications - Precision reinforced carbon lay-up places carbon fiber only where needed, creating an exceptionally solid structure without adding any unnecessary grams - Low friction hub eliminates bearing friction, reducing potential watt loss

The CADEX 42 Disc WheelSystem is for cyclists who require maximum versatility and disc-brake power in hilly terrain and variable conditions. Featuring a hookless rim design to maximize aerodynamics and durability, as well as low-friction hubs for maximum power efficiency and the added control of disc brakes, the CADEX 42 Disc WheelSystem offers unparalleled performance at an ultra-light weight. - Hookless rim design helps reduce aerodynamic loss and, through a continuous carbon fiber structure, enhances overall durability - Custom-tuned aero carbon spokes offer excellent aerodynamic characteristics, superior stability in shifting winds, and ultra-light weight - Custom-tuned dynamic balanced lacing technology makes a stiffer, more efficient wheel designed for real-world applications - Precision reinforced carbon lay-up places carbon fiber only where needed, creating an exceptionally solid structure without adding any unnecessary grams - Low friction hub eliminates bearing friction, reducing potential watt loss