LOOK Keo Blade Carbon Ceramic Road Pedals PEKBCC27361

Look Keo Blade Carbon Ceramic Road Pedals The second model in the range, the Keo Blade Ceramic Pedal harnesses all the qualities of Look's patented Blade technology while introducing ceramic bearings for an exceptionally smooth pedaling experience and exceptional durability. Crafted with a carbon body and blade combined with a Chromoly+ axle, this clipless pedal weighs just 115 grams, providing remarkable lightness for all rides. With a generous stainless steel support surface (705mm²), the pedal offers impeccable stability, enabling cyclists to transfer all their power to the pedals. The aerodynamically optimised carbon body helps riders pursue personal bests. Enhanced comfort featuring a 705mm² cleat contact surface and a supportive width of 64mm, the Keo Blade ensures even pressure distribution under the foot with every pedal stroke. This setup minimises the risk of "hot spots" or foot discomfort, regardless of shoe stiffness. Comprised of three stainless steel plates, the extended support surface provides enhanced stability, reducing unwanted movements and lateral tilting during pedaling. The Blade technology offers 4 tension levels: 08/12/16/20. The Look Keo Blade Carbon Ceramic Pedals are pre-installed with the 12nm tensioned blade which can be quickly changed in less than 30 seconds using the specialised tool to find your ideal tension. Replacement Blades are sold separately. Reducing friction is essential for improving speed and minimising effort. The pedal's ceramic bearings offer perfectly spherical, durable bearings that decrease resistance by 18% and extend lifespan by 4 to 6 times compared to conventional steel bearings. Every aspect of the pedal is optimised to maximise speed and minimise effort with each ride. The new design optimises the frontal sections and smoothens transitions between shoe and pedal to reduce the pedal's aerodynamic drag. The elegant lines of the blade seamlessly harmonise, propelling the Keo Blade to the top of its category in aerodynamics. This fusion of aesthetics and efficiency redefines performance standards for demanding cyclists.