About product
LOOK KEO GRIP RED 9° – Road cleats for maximum comfort and greater freedom of movement
The LOOK KEO GRIP RED 9° cleats are designed for road cyclists who want maximum foot movement, increased comfort, and reduced knee stress during long rides. As part of the proven KEO standard, they provide a wide and stable contact surface for efficient power transfer while allowing greater biomechanical flexibility.
The 9° float version offers the largest lateral foot movement within the KEO system, making it ideal for recreational riders, endurance cyclists, and anyone still optimizing their bike fit or seeking reduced joint stress.
Key features
- road cleats for LOOK KEO pedals
- 9° float for maximum foot movement
- reduced knee and joint stress
- extended Grip zones for better walking traction
- Silent Float technology for smooth and quiet operation
- wide contact surface for efficient power transfer
- lightweight and durable construction
Why choose KEO Grip Red 9°?
Maximum float
9° float allows natural foot movement and improves comfort on long rides.
Grip zones for safer walking
Extended contact areas improve stability and reduce slipping.
Silent Float system
Low-friction inserts reduce wear and eliminate unwanted noise.
Reliable power transfer
Wide contact surface ensures stable connection and efficient pedaling.
Technical specifications
- material: polyamide & TPU
- float angle: 9° (red version)
- lateral adjustment: 4 mm
- longitudinal adjustment: 9 mm
- weight: 60 g (pair with screws)
- included: 6 screws 5 × 9 mm + 6 washers
- compatibility: LOOK KEO road pedals
KEO standard – comfort and efficiency
The KEO system is known for its wide contact surface, compact design, and secure connection between the shoe and the pedal. The 9° version is particularly well-suited for long rides, recreational cycling, and anyone looking for greater comfort and less strain on their joints.
The LOOK KEO GRIP RED 9° is the ideal choice for road cyclists seeking maximum comfort, greater freedom of movement, and reliable power transfer.