Bike saddle SAN MARCO Trekking Gel Small 30-60° black (782CS003)

The SAN MARCO Trekking Gel Small 30-60° black bicycle saddle combines trekking ergonomics with modern solutions that enhance riding comfort over long distances. This model is designed for users of trekking bikes who expect optimal support during long hours on the road.

Gel cushioning layer

The construction of the SAN MARCO Trekking Gel Small 30-60° features a gel cushioning layer that effectively reduces perceived vibrations and uneven road surfaces. The gel technology translates into even pressure distribution, allowing for high riding comfort even during dynamic position changes. As a result, the saddle offers stability and support for both urban and touring use.

Durable construction materials

The saddle is made from synthetic material, which provides abrasion resistance and ease of cleaning. The rails are made of steel, ensuring appropriate rigidity and durability even under intense use. These carefully chosen materials ensure that the SAN MARCO Trekking Gel Small 30-60° model meets the demands of daily riding in varied conditions.

User comfort on trekking routes

The ergonomic shape of the saddle and the appropriately selected width support the correct body position while trekking. User comfort is enhanced by optimal support within the 30-60° tilt range, facilitating effective pedalling and reducing fatigue. This model has been designed with cyclists in mind who are looking for a balanced combination of comfort, support, and functionality on the route.

Saddle SAN MARCO Trekking Gel Small 30-60° black - features:

• Gel cushioning layer that reduces vibrations during riding;
• Synthetic material that increases resistance to abrasion and dirt;
• Designed for trekking bikes and long-distance riding;
• Steel rails providing durability and stability of the structure;
• Ergonomic shape supporting the correct position of the cyclist;
• Adjustment to the tilt range between 30 and 60 degrees;
• High comfort of use on urban and touring routes;
• Optimal support during dynamic position changes;
• Durable construction for daily and intensive use.