Look KEO BLADE CERAMIC TI 16 Bicycle Pedals 00027362

An Evolution of a Legendary Pedal Introduced in 2011, the Keo Blade replaced the traditional metal spring with a carbon blade. It quickly became the new standard for professional riders. In 2024, we've further improved its functionality.

More Comfort A 705mm tread area and 64mm support distribute pressure evenly, providing comfort regardless of shoe sole. The expanded tread area, made up of three stainless steel plates, eliminates foot wobble and tilt for improved stability.

Precise and Secure Clip-In and Clip-Out Our unique carbon blade technology ensures quick clip-out and a secure, secure hold. It's 20% lighter than standard metal spring systems. The improved blade spring deforms smoothly, allowing for a quick and secure clip-out.

The Perfect Connection Between Bike and Rider Each generation of the Keo Blade has evolved to achieve the best power-to-weight ratio (contact area between cleat and pedal/weight). With an ultra-lightweight design and a 705mm tread area, the newly designed carbon body offers improved aerodynamics and a beautiful aesthetic. High power transfer efficiency enables dynamic and agile pedaling.

Aerodynamic Design The redesigned front section optimizes airflow between the shoe and pedal. The elegant shape of the blade creates a smooth, unobstructed airflow. For cyclists striving for speed, this shoe offers not only aesthetics but also efficiency.

Absolute Lightweight The Ceramic Titanium model weighs just 190 grams per pair. Titanium axles, ultra-lightweight carbon body and blades, ceramic bearings, and stainless steel plates ensure performance and durability.

Simplified Tension Adjustment Change your blade and select your tension in 30 seconds with a dedicated tool. 8/12/16 options available. A 20 blade is also available for competitive riders.

Easy Clip-In The new Keo blade has improved weight distribution, making clip-in 60% easier than the previous model.

Ceramic Bearing Model Reducing friction is essential for streamlined speed. High-roundness ceramic bearings reduce friction by 18% and extend the lifespan of traditional steel bearings by four to six times.

Durability Every detail counts. Improved performance, comfort, and durability are achieved. Improved grease and seals also improve water resistance. Bearings: Ceramic Footprint: 705 mm2 Deck Width: 64 mm Q-Factor: 53 mm Stack Height + Cleats: 14.8 mm (8.5 + 6.3)