Home » San Marco Aspide Short Open-Fit Supercomfort Wide L3 Saddle
San Marco

San Marco Aspide Short Open-Fit Supercomfort Wide L3 Saddle

Out of stock
SKU: 8030282524729 Barcode: 8030282524729
€106,80 incl. VAT
-37% €170,60 €106,80 incl. VAT
The unmistakable style of the beloved Aspide combined with modern features makes the Aspide Short Supercomfort Racing the perfect choice for cyclists who need extra padding on long rides. The saddle, with visible shell, features technical details for a unique and striking style. Combining extra padding and Xsilite rails, it is a fantastic choice for those riding rough terrain, spending long days in the saddle, or simply casual cyclists.

Technical specifications:

Weight: S3 220 g - L3 223 g (± 8%)
Dimensions: S3 139 x 250 mm - L3 155 x 250 mm
Rail: Xsilite
Intended use: Gravel & Bikepacking, Road, E-bike


AiSi304 frame in Stainless Steel tube (outer Ø 7 mm - inner Ø 5 mm). Very light, strong, and resistant to all weather conditions. A special manufacturing process ensures excellent fatigue resistance. All Racing level saddles have an Xsilite frame.

Padding with increased thickness and Gel layer (Biofoam Plus) with variable density to better ensure comfortable support during pedaling. Maximized central cutout to provide optimal relief from the perineal area while maintaining an adequate support area. Suitable for E-Bikes

High-performance nylon, enriched with carbon fibers, built with variable thicknesses, reinforced with ribs that increase stiffness with ergonomic and durable features, without compromising the structure's weight.

Microfiber material, abrasion-resistant, weather-resistant, breathable. Pleasant to the touch. Durable and sturdy. Easy to wash and clean.

Low-density biodynamic foam with variable thickness structure that follows the pelvis movements during pedaling, ensuring comfort, lightness, long-lasting durability, and ideal support.

High-density silicone gel structure that offers maximum comfort to the pelvic bones during pedaling, guaranteed comfort and ideal support thanks to the absorption of road vibrations