LOOK Keo Blade Carbon 8Nm 2024 bicycle pedals (00027363)

The LOOK Keo Blade Carbon 8Nm 2024 pedals have been designed for road cyclists who expect maximum performance and control while riding. Their carbon fibre construction and the use of precision ball bearings make this model an ideal choice for advanced users seeking reliability in all conditions.

Carbon Fibre Construction

The pedal body is made from durable carbon fibre, providing exceptional stiffness at minimal weight. This material ensures resistance to deformation and offers very high durability during intensive use. Carbon fibre also allows for optimal power transfer, translating every watt generated by the cyclist directly to the bike's drivetrain.

Precision Ball Bearings

The LOOK Keo Blade Carbon 8Nm model features high-quality ball bearings that minimise rolling resistance even during dynamic riding. This solution ensures that the pedals operate smoothly and efficiently regardless of the intensity of training or competition. The ball bearings enhance reliability and reduce the need for frequent component replacements.

Clip System and Accessories

The clip system in these pedals ensures a secure connection between the shoe and the pedal, resulting in stability and pedalling efficiency. The set includes compatible cleats, which guarantee quick and safe engagement with the clip mechanism. This connection enhances power transfer to the drivetrain and increases comfort during long road rides.

LOOK Keo Blade Carbon 8Nm 2024 Pedals - Features:

• Body made from durable carbon fibre with high stiffness;
• Use of precision ball bearings to minimise rolling resistance;
• Clip system ensuring a secure connection between shoe and pedal;
• Includes compatible cleats for the clip system;
• Optimal power transfer during dynamic road riding;
• Designed for road bikes ensuring high performance;
• Resistance to deformation and structural damage;
• Low weight of construction due to the use of carbon fibre;
• High durability of components during intensive use;
• Smooth operation of the mechanism even under high load.