Shimano RC3 Shoes Black Women

The Shimano RC3 shoes for women are designed to offer high performance on road trips. The integrated seamless instep and midsole construction sets a new standard for fit, stability and lightweight, while the perforated synthetic leather allows for optimal ventilation. The low-profile, nylon midsole, reinforced with lightweight fiberglass, stabilizes the foot and maximizes power transfer efficiency. The shoes have a reinforced insole and a TPU outsole. The BOA L6 locking system allows fast and secure adjustment with a single finger movement thanks to its easy-to-use dial. These shoes include the Shimano Dynalast last, with a superior design with an optimized toe section that promotes a smoother and more energy efficient upstroke.

Features:
– Integrated seamless upper and midsole for a better fit, stability and lightness
– Perforated synthetic leather composite instep provides excellent fit and breathability
– BOA L6, 1 dial, off-center center-flap mounted locking system creates a sleeker profile with quick adjustments
– Wrap-around instep structure reduces overlap and provides a perfect fit
– Low profile midsole made of lightweight glass fibre reinforced Nylon for improved power transfer
– Stiffness index: 6
– TPU outsole
– Insole with reinforcement
– Shimano Dynalast Last
– Compatible with SPD-SL cleats
– Most suitable pedal match: PD-RS500
– Weight (Size 40): 226 g

Technology:
Shimano Dynalast
Superior last design with an optimized toe section that promotes a smoother, more energy-efficient upstroke Built in collaboration with professional runners, Shimano Dynalast helps reduce energy loss on long runs.

– BOA L6
Dial closure system with steel chords and nylon wires designed to face the long list of deficiencies found in traditional buckles. It can be adjusted to perfect perfection with a simple twist, free from the stretch, weight and discomfort of old-fashioned buckles. With this system, comfort durability are improved, guaranteeing a lightweight, fast and comfortable operation, and adjustment on the move.