Look KeO 2 Max Composite Pedals - Black
Look KeO 2 Max Composite Pedals
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
$37.50
Original: $125.00
-70%Look KeO 2 Max Composite Pedals - Black—
$125.00
$37.50More Images
Look KeO 2 Max Composite Pedals - Black
Look KeO 2 Max Composite Pedals
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
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Description
Look KeO 2 Max Composite Pedals
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
Particular attention was focused on reliability and provided through features such as: a carbon injected pedal body, a stainless steel cleat contact area, an oversized axle with dual seals, making this a pedal built to last. The new line of Kéo 2 MAX pedals maintains a low cleat contact height even with the use of a steel oversize axle.
The pedal is built with two miniature ball bearings (12mm inner x 18mm outer diameters) and a needle roller bearing. LOOK axles are only approved once they have survived a million cycles at 100 revolutions per minute with a 90kg (198lbs) load at the centre of the pedal and an eccentric rotation (replicating a bump each revolution). This test largely surpasses current standards (reference NF EN 14781). Dual seals increase bearing longevity.
Thanks to 14mm of threads on the new LOOK axle, the Q-factor may be extended by 2mm with the use of specific washers available separately. Use of these specific washers results in a Q-factor of 55mm versus the original 53mm (See image). For a more efficient and more comfortable pedal stroke, the Kéo 2 MAX has a cleat contact surface area 12% larger than the Kéo Carbon. To further improve the transfer of power and to longevity of the pedal, this surface area is made of stainless steel moulded directly into the pedal body.
