Contact us for a personalized quote [email protected]
EU companies: VAT-free purchase available [email protected]
Need advice before your purchase? [email protected]
Improve your cycling endurance with the modern San Marco Aspide Short Supercomfort Racing saddle , equipped with Xsilite rails.
Taking the unmistakable style of the beloved Aspide and adding modern features, the Aspide Short Supercomfort Racing is the perfect choice for riders who need extra padding during long distances. The saddle shows off its internal body and technical details for a striking and unique style. Combining extra padding and Xsilite rails, it's a fantastic choice for people who ride rough terrain, spend long days in the saddle, or are casual riders.
Hollow rails in AiSi304 stainless steel (exterior Ø 7 mm - interior Ø 5 mm) Very light, resistant and robust against all weather conditions. A special production process guarantees excellent fatigue resistance. All Racing level saddles have Xsilite rails.
Improved and thicker padding (Biofoam Plus) with variable density to ensure a comfortable posture while driving. The central opening has been enlarged to provide maximum relief from perineal pressure while maintaining sufficient support area. Suitable for electric bikes.
High performance nylon, reinforced with carbon fibers, constructed with variable thickness, reinforcements by ribs and bridges, which reinforce rigidity with ergonomic and durability characteristics, without affecting the weight of the hull.
Microfiber material, abrasion resistant, weather resistant, breathable. Pleasant to the touch and feel. Long lasting and durable. Easy to wash and clean.
Low-density biodynamic foam with variable thickness structure that follows the movements of the pelvis when pedaling, for guaranteed comfort, light weight, long-lasting resistance and ideal support.
High-density silicone gel structure that provides the best comfort to the pelvic bones when pedaling, for guaranteed comfort and ideal support, absorbing all road vibrations.
Data sheet
Specific References
Product condition