Halloween Special Look Keo 2 Max Carbon Pedals - Black With A 35% Price Cut [7ykE6OFg]

Experience Ultimate Performance with Look Keo 2 Max Carbon Pedals

Elevate your cycling experience with the Halloween Special Look Keo 2 Max Carbon Pedals - Black With A 35% Price Cut [7ykE6OFg]. Designed for riders who demand both power transfer and lightweight efficiency, these pedals are a game-changer for any cyclist. The large contact area ensures maximum power is delivered from your legs to the bike, making every pedal stroke count. With their carbon body, they offer a featherlight feel without compromising on durability. Say goodbye to discomfort and hello to peak performance with the Keo 2 Max Carbon Pedals.

Key Features and Specifications

The Look Keo 2 Max Carbon Pedals are built to deliver. Weighing just 125g per pedal, they are not only lightweight but also robust, at 312g per pair with cleats. The 60mm platform width and 500mm² platform area provide an extensive surface for optimal power transfer, ensuring you can push harder and go faster. A wide stainless steel contact area offers excellent stability throughout the pedal stroke, keeping you connected to the bike. The adjustable spring tension from 8 to 12 allows for a personalized fit, making clip-in and clip-out effortless and secure.

Compatibility and Durability

The Look Keo 2 Max Carbon Pedals are not just about performance; they are also designed for versatility. The KEO Grip Cleat included with the pedals ensures a secure fit, while compatibility with the Standard KEO Cleat and 0˚, 4.5˚ float options (available separately) offers flexibility for different riding styles. The carbon body, stainless steel platform, and Chromoly + spindle combination ensures reliability in all conditions. With spring retention and steel bearings, these pedals are built to last, providing a stable and smooth ride for years to come. Upgrade your cycling experience with the Halloween Special Look Keo 2 Max Carbon Pedals - Black With A 35% Price Cut [7ykE6OFg] and feel the difference in every pedal stroke.