Selle San Marco Shortfit 2.0 3D Racing Saddle

Description

The Future Of Saddles Is Here

Conquer any road ride with the lightweight Xsilite rails and 3D printed cover of the Selle San Marco Shortfit 2.0 3D Racing.

Made with a proprietary, 3D printed pattern, the Shortfit 2.0 3D Racing provides support on the toughest road rides, helping you conquer the steepest of climbs and fastest descents. The differentiated cushioning zones give progressive absorption and Xsilite rails provide strength and ensure comfort on every pedal stroke. This high-tech road-specific saddle with Carbon DLS™ Technology is one of the most advanced on the market and is the perfect way to finish your dream build.

Features:

• AiSi304 Stainless Steel hollow rails (outer Ø 7 mm - inner Ø 5 mm ) Very Light, resistant, and tough against all weather condition. A special production process guarantees excellent fatigue resistance.
• High-performance nylon, enhanced with carbon fibres, built with variable thickness, reinforcements by ribs and bridges, which enhance the rigidity with ergonomy and durability characteristics, without affecting weight to the shell.
• 3D printed cover with dedicated and proprietary pattern featuring differentiated cushioning zones that provide progressive absorption over the entire surface area, ensuring the cyclist optimal comfort and support.
• Dimensions: S3 140 x 255 mm - L3 155 x 255 mm
• Rail: Xsilite
• Intended use: Road
• Weight: S3 218 g (± 8%) - L3 223 g (± 8%)

B-Stock - This product has one or more B-Stock units available. These units can be purchased at a discount (see option select). B-Stock units were returned from other customers and may have missing or damaged packaging materials. Saddle rails may have minor scratches. These units are otherwise as new. The full manufacturer warranty applies. Click Here for more information.

CALIFORNIA PROPOSITION 65 WARNING: This product can expose you to chemicals including (Cadmium, Phthalates, Bisphenol, Nickel (Metallic), di(2-ethylhexyl)phthalate "DEHP"), which are known to the State of California to cause cancer and/or cause birth defects or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.