Specialized S-Works Romin EVO Mirror Saddle – Comfort and Performance for the aerodynamic position
The Specialized S-Works Romin EVO Mirror is the top-tier saddle chosen by professionals for road races and high-performance rides. Designed to offer maximum comfort in the aerodynamic position, this saddle revolutionizes the concept of anatomical support thanks to the innovative Mirror technology.
Developed through 3D printing of liquid polymers, the honeycomb structure of the Mirror technology allows precise adjustment of density to drastically reduce pressure on the sit bones and promote blood flow in soft tissues, even during long aggressive rides.
Main features:
Patented Body Geometry design
Scientifically designed and tested to ensure proper blood flow and prevent numbness, even in low and aerodynamic positions.
Mirror technology – advanced 3D printing
A unique honeycomb structure made up of 22,200 struts and 10,700 nodes, created from 3D printed liquid polymer. It offers customized support and unmatched cushioning under the sit bones.
Concave shell in FACT™ carbon fibre
Allows the integration of a thicker Mirror layer, providing flexibility and support in critical areas, for a perfect blend of lightness, stiffness, and comfort.
Oversized springs in FACT™ carbon fibre
For an even stiffer response and ultra-light weight, ideal for performance-oriented riders.
Compatibility with SWAT™ devices
Prepared for mounting integrated SWAT™ accessories, for a cleaner and more functional bike setup.
Technical specifications:
Technology: Body Geometry + Mirror (3D honeycomb printing)
Shell: Concave FACT™ carbon fibre
Rails: Oversized 7x9 mm FACT™ carbon fibre
Compatibility: Integrated SWAT™ devices
Note: The oversized 7x9 mm rails are not compatible with 7 mm round side seatpost clamps
Weight (143 mm): about 190 g
Weight (155 mm): about 198 g
Why choose the S-Works Romin EVO Mirror?
The S-Works Romin EVO Mirror represents the pinnacle of racing saddle technology: light, responsive, and designed for riders seeking aerodynamics without sacrificing comfort. Its advanced construction reduces pressure where needed and improves stability at every stage of the pedal stroke.
