Keo Blade Ceramic TI - KEO Blade Carbon Ceramic Ti Pedals
The Keo Blade Ceramic Ti embodies the pinnacle of cycling performance, combining supreme lightness and cutting-edge technology to reach new heights. Proudly "Made in France" by LOOK for the most competitive cyclists.
The epitome of lightness
- The ultimate high-performance pedal, used by champions
- Weighing barely 95 grams per pedal, built to soar in every ascent
- Simply the best weight-to-power ratio among road pedals on the market
- Aerodynamic design
A Perfect Connection
The Keo Blade stands out for its exceptional power-to-weight ratio, thanks to its ultralight design and large contact surface. This ensures optimal power transmission, via our lightest design to date.
Precise and Reassuring clip-in/clip-out
The exclusive carbon blade technology provides unmatched security, allowing quick clip-out and a superior sense of retention. They accomplish this stability while being 20% lighter than standard metal spring systems. The refined blade spring is optimized to flex earlier in the clip-out motion for quicker and precise foot release.
Original: $400.00
-70%$400.00
$120.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Keo Blade Ceramic Ti embodies the pinnacle of cycling performance, combining supreme lightness and cutting-edge technology to reach new heights. Proudly "Made in France" by LOOK for the most competitive cyclists.
The epitome of lightness
- The ultimate high-performance pedal, used by champions
- Weighing barely 95 grams per pedal, built to soar in every ascent
- Simply the best weight-to-power ratio among road pedals on the market
- Aerodynamic design
A Perfect Connection
The Keo Blade stands out for its exceptional power-to-weight ratio, thanks to its ultralight design and large contact surface. This ensures optimal power transmission, via our lightest design to date.
Precise and Reassuring clip-in/clip-out
The exclusive carbon blade technology provides unmatched security, allowing quick clip-out and a superior sense of retention. They accomplish this stability while being 20% lighter than standard metal spring systems. The refined blade spring is optimized to flex earlier in the clip-out motion for quicker and precise foot release.
