Look Keo 2 Max Pedals - Black

THE NEW KEO 2 MAX IS THE PRODUCT THAT WILL GIVE YOU THE CONFIDENCE YOU NEED TO GO BEYOND YOUR PERSONAL LIMITS. The LOOK design team has completely remodeled the shape of the KEO 2 MAX, giving it a new, slimmed down line yet a wider contact surface, increasing its style and efficiency. Optimized Contact Surface The pedal’s surface area has substantial symbolic importance. It is part of the brand’s identity and acts as an indelible signature on the product. The contact surface of the new KEO 2 MAX preserves the strong lines on which its history was built. Its width has been increased to 60 mm to provide a larger platform and improved foot stability during pedaling. This creates a feeling of unrivaled comfort not found in any other pedal. We also sought to optimize power transfer thanks to its new 500 mm² of usable surface (+25% increase). The shape of the stainless-steel plate has been revised to match that of the cleat and to keep, regardless of the position of your foot (depe... - Manufacturers part numbers: Look_PEK2M16079|PEK2M16079

• MADE BY LOOK: LOOK designs and manufactures exceptional products. Our goal is to provide both professional and amateur cyclists with equipment that gives them a unique and extraordinary experience.
• ADJUSTABLE TENSION: Lightweight and robust, the KEO 2 MAX and KEO 2 MAX Carbon pedals allow you to easily adjust the tension between 8 and 12. Increase the pedal tension to feel their full potential!
• THE WEIGHT MAKES THE DIFFERENCE: The KEO 2 MAX composite pedal weighs only 130 grams in your hand and is barely felt underfoot. The KEO 2 MAX Carbon pedal is even lighter, weighing just 125 grams!
• STRONGER THAN EVER: The Chromoly + spindle makes these cycling pedals ultra strong and long lasting. The KEO 2 MAX and KEO 2 MAX Carbon bicycle pedals are designed to accompany you on long rides.
• MAXIMUM POWER TRANSFER: The 500 mm² stainless steel surface and the advanced technology of LOOK KEO 2 MAX pedals provide full power transfer and promote excellent stability through the pedal stroke.