The Romin EVO Pro Mirror starts with Body Geometry methodology and combines this with game-changing Mirror saddle technology to create an unmatched combination of performance and comfort. The saddle is designed for riders that prefer an agressive, performance inspired position that still protects soft tissue and blood flow. The result? 26% less pressure, right where it counts.

Performance meets comfort
The new Romin EVO Pro with Mirror saddle uses the exact same 3D printed pad as the S-Works Romin EVO Pro with Mirror but now comes with a nylon and reclaimed carbon fiber shell and hollow Ti rails. Romin EVO has been a favorite for professional athletes and racers everywhere season after season. Its traditional long shape is designed to relieve pressure in aggressive, race-inspired positions while allowing the rider to slide backward and forward on the saddle to provide the ideal position for tempo climbing or maximum wattage efforts. Now with Mirror technology, the saddle reduces pressure by up to 26% compared to traditional foam saddles, validated with extensive high-resolution pressure mapping studies. It uses a 3D printed matrix with 22,200 struts and 10,700 nodes and features a unique concave shell to deliver thickest Mirror pad yet. To ensure yfit is dialed, it comes in two widths: 155mm and 143mm.

Durability and sustainability
By using reclaimed carbon fiber in the shell, Specialized's keeping scrap carbon fiber out of landfills while creating a light and durable saddle. Add to this hollow Ti rails, and you’ve got a saddle light enough for performance road and XC riding - just 243 grams in a 143 mm width — and tough enough for gravel and trail riding.

Body Geometry Saddles
Traditional saddles were causing ischemia — a loss of blood flow — that created scar tissue, which led to erectile dysfunction.  To solve this problem, Specialized designed Body Geometry saddles with a cutout to relieve soft tissue pressure.

Mirror Variable-Density Matrix
Mirror technology allows for infinite density tuning with a single material. Using Body Geometry methodology and Retül data, the 3D printed matrix is tuned to support the sit bones with a hammock effect that lets the saddle support your weight, not the tissue around your sit bones.

Reclaimed Carbon Fiber
The saddle's carbon base is built with new process utilizing 15% reclaimed carbon fiber. This is first step on the road to closed-loop production. By maximizing efficiency in production and minimizing waste, Specialized's building a more sustainable carbon base.

Features

• Patented Body Geometry design is lab-tested to ensure improved comfort and blood flow to sensitive arteries
• Mirror technology pad features 22,200 struts and 10,700 nodes, all individually tuned
• SWAT™-compatible mounts molded into the saddle base allow for sleek and integrated storage solutions
• Lightweight and durable hollow Ti rails
• Reclaimed carbon fiber and nylon-injected base. 15% reclaimed carbon fiber
• Real weight: 236 g (143 mm ); 240 g (155 mm )