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2012 Look Keo Blade Carbon Ti Pedals (16nm)
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Description
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2012 Look Keo Blade Pedals
POSITIVE CLEAT ENGAGEMENT AND DISENGAGEMENT
The new concept of the Keo Blade Carbon Ti is based on a carbon blade spring, which provides a 30% higher linear spring tension feel than the 2009 Keo Carbon. The result is a more positive spring rate feeling, allowing a more distinct entry and release. Because of the use of the carbon leaf spring the tension on the Keo Blade is not adjustable. Lance Armstrong and other Tour riders can be found on Keo Blades with a 16nm spring.
VERY LIGHT WEIGHT: 95g Per Pedal
The use of the Blade concept, combined with a new material injected with longer carbon fibres allows us to maintain a weight of 95g Per Pedal (258g per pair with cleats and hardware) , while still improving its strength and durability. This new material blend uses carbon fibres of over 10mm in length, where previous bodies were limited to only 1mm to 2mm.
WIDE PLATFORM AND LARGER PLATFORM SURFACE AREA
For an even more efficient pedal and greater stability, the Keo Blade Carbon has a pedal platform that is 31% larger in surface area, and more importantly, 17 % wider than a Keo Carbon. To further improve power transmission and to extend the pedals service life, the platform now features an over-moulded stainless steel plate in the body of the pedal.
EXTREMELY RELIABLE
Special attention was paid to reliability: very durable body, bi-injected lever, a new STAINLESS STEEL platform area, a new oversized axle and triple bearings make this pedal an extremely safe and durable pedal. Bi-injected lever : the levers two materials have very specific roles: one brings an excellent mechanical behaviour, while the other reduces cleat friction.
KEO BLADE CARBON Ti AXLE PROFILE
The new oversized Keo Blade Carbon Ti axle maintains a minimum overall stack height. It is composed of 2 miniature roller bearings (12 mm interior x 18 mm exterior) and a needle bearing.
LOOK axles are only validated for production after a rotational test of 1 million cycles at 100 rpm, with a load of 90kg on the centre of the pedal, as well as an off-centre rotation (which creates a shock at each rotation). This test is more stringent than the most demanding standard currently enforced: EN1047Bl.
Dual seals ensure a very long service life of the roller bearings.
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