Women's bicycle saddle Selle Italia Novus Boost Evo Lady TM Superflow black (SIT-080A920MHC003)

The Selle Italia Novus Boost Evo Lady TM Superflow women's bike saddle has been designed with maximum comfort in mind for road and MTB riding. The construction incorporates SuperFlow and WAVED SHAPE technologies, effectively reducing pressure in anatomical zones and supporting proper body positioning.

Advanced saddle technologies

The SuperFlow technology features a large anatomical opening that significantly reduces pressure in the perineal area during prolonged rides. The WAVED SHAPE profile used in the Selle Italia Novus Boost Evo Lady TM Superflow model offers better pelvic support and improves pedalling efficiency in various positions. An optimal pressure distribution has been achieved through careful profiling, enhancing ergonomics and user comfort.

Durable construction materials

The saddle rails are made of steel, ensuring high mechanical resistance and stability during rides in changing conditions. Carefully selected components provide a favourable ratio of lightweight to durability in the construction. The entire saddle has been optimised for low weight without compromising safety and longevity.

Comfortable ergonomics and lightness

The model features a wide anatomical opening that improves ventilation and minimises pressure at key contact points with the saddle. The ergonomic line and optimised seat width support comfort even during intense, multi-hour efforts. The saddle's lightweight construction allows for high riding dynamics without adding extra burden to the bike.

Selle Italia Novus Boost Evo Lady TM Superflow black women's bike saddle - features:

• Advanced SuperFlow technology with a large anatomical opening;
• WAVED SHAPE profile supporting proper pelvic alignment;
• Designed for road and MTB bikes;
• Rails made from durable, high-resistance steel;
• Comfortable and ergonomic design for long rides;
• Optimal pressure distribution on the saddle surface;
• Minimisation of pressure in critical contact areas;
• High stability of construction even in difficult conditions;
• Effective ventilation thanks to thoughtfully designed openings in the saddle.