The San Marco Allroad Racing is the top saddle from the new series, designed for gravel and road bikes. It is constructed with the best technologies offered by the renowned Italian manufacturer, including rails made from Stealth Xsilite material, a composite of carbon fibers and titanium. The result is an extremely versatile model that is comfortable, durable, and lightweight – ideal for the most demanding cyclists.

The Allroad Racing version is created with intense training and racing on various terrains in mind – not only on typical road routes but also in more off-road conditions where gravel bikes perform better. To ensure maximum comfort in these diverse conditions, the Italian manufacturer combined lighter materials with solutions that improve shock absorption on uneven surfaces.

Structurally, the saddle is clearly divided into two parts – a narrow front and a wider rear. The front part ensures full freedom while cycling without the risk of skin irritation. The widened rear area provides stable support around the sit bones, ensuring that even longer rides or sessions do not cause discomfort. This area also features thicker padding that works excellently with the support sewn into cycling shorts. A wide anatomical cut-out is located in the center, reducing pressure on soft tissues and supporting natural blood circulation.

The Allroad Racing model is characterized by its curved profile. This shape supports riding in a natural position for all users who tend to slide backward on the saddle during cycling, thereby limiting the contact point.

• STEALTH XSILITE: rails made from a material composed of silicon, titanium, and carbon fibers (with the majority being the second).
• Carbon-reinforced nylon: the base is made from high-quality plastic reinforced with durable and hard carbon fibers.
• Biofoam: a foam with a special structure that adapts to the rider’s pelvis movements, reducing pressure on soft tissues and is waterproof.
• Microfeel: an outer cover made from a pleasant-to-touch material, resistant to deformations or damage.