Look Keo Blade Carbon Ceramic Road Pedals

Evans Cycles £199.99 Go to Evans Cycles Update at 6d ago, first seen in Jun 2024

Description

Fluidity meets durability Smooth and impressively reliable, the Keo Blade Ceramic pedal blends lightness and durability to accompany all ambitious cyclists. LOOK DNA at your service for performance. As the second model in the range, the Keo Blade Ceramic pedal utilizes all the qualities of our patented Blade technology and introduces ceramic bearings for an incredibly smooth pedaling experience and exceptional durability. Featuring a carbon body and blade combined with a Chromoly+ axle, this clipless pedal weighs just 110 grams, providing remarkable lightness on all your rides. The generous stainless steel support surface (705 mm2) offers impeccable stability to transfer all your power to the pedals, while the carbon body is aerodynamically optimized to chase personal bests. Whatever your ambitions, this pedal will support you toward your greatest victories. Increased Comfort With its 705 mm2 of cleat contact surface and a supportive width of 64 mm, the Keo Blade ensures even pressure distribution under the foot with every pedal stroke. This setup minimizes the risk of hot spots or foot discomfort, regardless of the stiffness of your shoes. Comprised of three stainless steel plates, the extended support surface provides enhanced stability, reducing unwanted movements and lateral tilting during pedaling. Simplified Tension Adjustment The Blade technology offers 4 tension levels: 8/12/16/20. In less than 30 seconds using a single specialized tool, you can replace the blades to select your ideal tension. Aerodynamic Design The new design optimizes the frontal sections and smoothens transition between shoe and pedal to reduce the pedal's aerodynamic drag. The elegant lines of the blade seamlessly harmonize, propelling the Keo Blade to the top of its category in aerodynamics. This fusion of aesthetics and efficiency redefines performance standards for demanding cyclists. Ceramic Bearings Reducing friction is essential for improving speed and minimizing effort.