Description
The P.R.O. Leader features revolutionary 1:1 Adaptive Fit, which conforms to your unique foot shape to eliminate hot spots without sacrificing a watt of power transfer. They combine with the extreme light weight of one of the most technical cycling uppers ever created with the precision of the Boa retention system.
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Seamless .9mm Second Skin Upper: the thinnest upper on the market, it adapts comfortably to your unique foot shape to eliminate hot spots and offers superior breathability
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Power Web: a non-stretch web that easily conforms to your foot, but keeps you bolted to the pedal for maximum efficiency under hard effort
-
Bi-directional Closure: delivers a semi-custom fit by gathering equally from both sides for even foot retention, with the precision of a micro-adjustable Boa reel
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Octane 1:1 Power Plate: Octane Grade Uni-Directional Carbon for feather-light stiffness
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Direct-Vent technology for cooling and drainage
-
Concave shaping for ultra low 6.5 mm stack height, enhanced plate stiffness and anatomic support
Description
The P.R.O. Leader features revolutionary 1:1 Adaptive Fit, which conforms to your unique foot shape to eliminate hot spots without sacrificing a watt of power transfer. They combine with the extreme light weight of one of the most technical cycling uppers ever created with the precision of the Boa retention system.
-
Seamless .9mm Second Skin Upper: the thinnest upper on the market, it adapts comfortably to your unique foot shape to eliminate hot spots and offers superior breathability
-
Power Web: a non-stretch web that easily conforms to your foot, but keeps you bolted to the pedal for maximum efficiency under hard effort
-
Bi-directional Closure: delivers a semi-custom fit by gathering equally from both sides for even foot retention, with the precision of a micro-adjustable Boa reel
-
Octane 1:1 Power Plate: Octane Grade Uni-Directional Carbon for feather-light stiffness
-
Direct-Vent technology for cooling and drainage
-
Concave shaping for ultra low 6.5 mm stack height, enhanced plate stiffness and anatomic support