Selle Italia Novus Boost Evo Sport Greentech Saddle

Embrace progressive cycling performance without ecological compromise with the Selle Italia Novus Boost Evo Sport Greentech Saddle, engineered for road cyclists who demand premium comfort and environmental accountability. Utilising Selle Italia’s innovative Greentech manufacturing method, this forward-thinking saddle is produced via an automated, eco-conscious process that operates without pollutants, glues, or harmful solvents to create a fully recyclable, zero-waste product. Far from sacrificing capability for sustainability, it delivers the celebrated Novus ride quality, giving conscious riders an exceptionally durable and responsive perch for all-season road training and epic weekend endurance routes.

Targeted Ergonomics and Total Perineal Relief

Engineered around a distinct waved silhouette, this saddle provides crucial pelvic stability and locked-in support, making it especially effective for static riders and cyclists with posterior pelvic tilt. By creating an ergonomic cradle for the sit bones, it minimises unwanted sliding and ensures optimal power transfer throughout the pedal stroke. Down the centre, the generous Superflow cut-out relieves prolonged pressure from the sensitive perineal area, promoting continuous blood flow and eliminating numbness during extended seated efforts so you can focus entirely on your rhythm and mileage.

Robust Road Construction and Everyday Durability

Underneath, sturdy 7 mm Fec Alloy tubular steel rails deliver outstanding tensile strength and controlled vertical compliance, absorbing harsh road vibrations before they transfer into the cockpit. The integrated Greentech composite cover and shell withstand years of hard, all-weather use without premature wear or degradation, providing a resilient finish that is effortless to clean after wet winter miles. Measuring 145 x 245 mm and weighing a dependable 280 grams, the Novus Boost Evo Sport Greentech provides a stable, anatomically sound interface that elevates ride comfort while leaving a lighter footprint on the planet.