Campagnolo Shamal Dual Profile DB 2-Way Fit C23 XDR All-Road Bike Wheel Pair

Get this Campagnolo Shamal Dual Profile DB 2-Way Fit C23 XDR All-Road Bike Wheel Pair from Amazon for only £1,381.99. We found this offer today, so hurry whilst stocks last! - Manufacturers part number: WC4490AP5A110

• LACING GEOMETRY G3: The spokes are arranged with the lacing geometry G3, the iconic signature of the Campagnolo production, which includes seven spokes from three spokes parallel to each other and differentiated in a ratio 2 to 1: two spokes on the side subjected to greater load (the right in the rear wheel due to the cassette; the left in the front one, due to the disc), balanced by a pulling radius. on the opposite side.
• 2-WAY FIT SYSTEM: The soul of the new Campagnolo Shamal is also evident from the 2-Way Fit system, with which the cyclist can choose between the classic clincher and inner tube or the tubeless solution, allowed by the upper deck without holes, thus avoiding the use of the sealing tape.
• FOR COVERS FROM 28 MM: By conforming to the increasing demand for wheels equipped with larger cross-section tyres to benefit the rider's smoothness and comfort, the Shamal – Dual Profile wheels offer an internal channel with hook technology, capable of accommodating a wide range of cover sizes, starting from 28 mm and above.
• Unidirectional design fiber with C-LUX finish: As in previous models, the new Shamal - Dual Profile adopts a unidirectional fiber design with C-Lux finish, a hidden but fundamental device for the quality of the final product: the sheets do not intertwine but are placed one on the other in a structure that allows the homogeneous distribution of mechanical loads along the direction of the fibers.
• DUAL PROFILE: The innovative and even revolutionary element lies in the design of the wheel called Dual Profile, first developed with CFD analysis (i.e. Computational Fluid Dynamics) subsequently perfected in the wind tunnel and with road testing, until the end of the process that involves definitive carbon shaping.