A sleek and robust molded TPU toe guard gives full protection to the forefoot and features removable double secure cleat inserts for added traction off-bike.
Introducing the all-new Charge Pro
Maximize your efforts as you drop the hammer. Power up the steepest, most technical climbs. Maintain stability and control as you unclip to cross a sketchy obstacle. Featuring a rubber-protected, 100% carbon, dual ExoBeam outsole combined with an all-new internal ExoWrap with dedicated BOA, the Charge Pro delivers the pinnacle of lightweight XC, CX and gravel performance.
All-new 100% long-fiber carbon ExoBeam plate with a full rubber covered dual beam design allows torsional flexibility, stiffness and power transfer while providing secure mid-foot contact on the pedal when unclipped
Unique internal ExoWrap with a dedicated BOA reel gives a 360° foot enclosure, guaranteeing maximum comfort through fully customizable arch fit and support
Exclusive Slip-Last Construction allows the forefoot to be stiff while allowing torsional rotation of the rear and mid foot, maximizing power while keeping you fully in control
Featuring a rubber-protected, 100% carbon, dual ExoBeam outsole combined with an all-new internal ExoWrap with dedicated BOA and utilizing super-efficient slip last construction, the Charge Pro brings robust lightweight XC, CX and gravel performance to new levels.
ExoBeam is a unique sole technology that combines stiffness in the forefoot, where most of a rider’s power is applied, with strategically engineered flex zones that reduce tension and strain in the lower leg by allowing the foot to move in a more natural way. ExoBeam puts the stiffness where it needs to be and allows just enough flex in other areas of the shoe.
ExoWrap works in harmony with the ExoBeam to produce a unique 360-degree foot enclosure for customizable fit and support. While most shoe enclosures simply pull the foot down toward the sole, ExoWrap fully supports the foot by also pulling up.
Motion Efficiency System combines a stiff and efficient pedaling platform with just enough torsional flex to reduce pressure and strain in the lower leg. The result is a more natural foot movement during the pedal stroke to optimize comfort, power transfer and efficiency.
