Cycling Shoes

LIGHTWEIGHT ROAD PERFORMANCE SHOES WITH S-PHYRE DNA. FEATURES - Mesh/TPU and Synthetic leather material covered upper in optimized part to provides comfortable fit and light weight. - Surround wrapping upper structure reduces overlap and provides a glove-like fit. - Integrated seamless midsole and upper construction set a new level of fit, stability and lightweight performance. - BOA® L6 dial on instep strap quickly and comfortably secures a wide range of foot shapes. - Carbon fiber reinforced nylon midsole for power transfer. - Low stack height midsole stabilizes foot and maximizes power transfer efficiency.

Ready to tackle dust, mud, and mixed terrain, the RX600 Women's boasts powerful pedaling performance and confidence inspiring grip in a gravel shoe thoughtfully engineered for bikepacking and adventuring. - Versatile Gravel Shoe: the RX600W is a women's SPD gravel shoe with optimally balanced stiffness and walkability for off-road exploring - Efficient Pedal Performance: stiff carbon reinforced outsole transfers your efforts directly to the pedal - Bikepacking Friendly: wider outsole offers extra stability when walking or pushing your bike - Tailored Fit: L6 BOA dial closure system cinches in seconds for a secure fit every ride - Women's Sizing: designed with a women's specific last for a natural, comfortable fit. - Cleats sold separately

STYLISH AND VERSATILE XC SHOES DELIVER HIGH PERFORMANCE TO MORE RIDERS. FEATURES - Lightweight SHIMANO ULTREAD XC rubber outsole delivers competition-grade grip that lasts. - Mesh/TPU and Synthetic leather material covered upper in optimized part to provides comfortable fit and light weight. - BOA® L6 dial on instep strap quickly and comfortably secures a wide range of foot shapes. - Glass fiber reinforced midsole for power transfer. - Surround wrapping upper structure reduces overlap and provides a glove-like fit. - Rider-tunable spikes allow riders to select and swap spikes to match riding styles and conditions. - Low stack height midsole helps stabilize foot, maximizes power transfer and efficiency.