Look Cleats Keo Grip Red 9 Degree Float
Look Cleats Keo Grip Red 9 Degree Float
No location set
Click & Collect:
In Store
No location set
Product Details
Product Details
Description
The KEO GRIP pedals closely ressemble the KEO CLEAT model, yet they boast the added feature of a TPU layer on the shoe side which prevents the risk of cleats sliding on carbon soles. Their anti-slip surface on the pedal side offers extra safety and stability when walking. Available in 0°, 4.5° and 9° float options, with corresponding colors.
MEMORY POSITIONER
The memory positioner allows you to replace your cleats without losing your exact foot position. All you need to do is unscrew the old cleat - leaving the positioner in place - and clip the new cleat on, using the positioner for reference.
| Use | Road |
|---|---|
| Material | Polyamide & TPU |
| Angular freedom | 0° (Black), 4,5° (Grey), 9° (Red) |
| Lateral adjustment | 4 mm |
| Longitudinal adjustment | 9 mm |
| Weight (pair + fastenings) | 68 g |
| Accessories | 6 screws of 5 x 9mm and 6 washers |
Specifications
Specifications
Frequently Asked Questions
Frequently Asked Questions
Preorder
Preorder Details
Pre-order now to lock in your perfect ride and be among the first to receive it as soon as it arrives in the country!
How it works:
- Pre-order now and pay just a 10% deposit (maximum $500).
- As soon as your item arrives at our warehouse it will be shipped to your store of choice.
- Our team will build and safety check your ride and let you know as soon as it is available for pickup.
- On arrival we will ask for proof of purchase and ID, then take the remaining balance due on the bike.
- Then you'll be off with your factory fresh brand new ride!
Availability and Release Dates; may be subject to change due to shipping delays, specified release dates or other factors. We will notify you if there are significant delays or changes to the estimated availability date.
Terms & Conditions apply, Learn More.
Anti-Slip Confidence on Every Stop
Precise Float Options for Your Pedaling
Memory Positioning for Easy Replacements
