Fizik Terra Argo X5 black bicycle saddle (70E1S00A13A22)

The Fizik Terra Argo X5 black bike saddle is designed for demanding MTB trails, where ergonomics and lightness are crucial for comfort and control. The model's construction allows for dynamic riding in challenging terrain, providing stable support and effective energy transfer even during long rides.

High durability material mix

The Fizik Terra Argo X5 features a composite material made of nylon reinforced with carbon fibres, which increases the rigidity of the structure while maintaining low weight. The saddle rails are made of steel, providing the right balance between flexibility and durability in off-road conditions. This material combination ensures reliability during intensive training and MTB competitions.

Ergonomic solutions for MTB

The saddle is specially shaped anatomically to optimize pressure distribution and counteract fatigue during rides in difficult terrain. The Fizik Terra Argo X5 offers a short and wide design that facilitates position changes and provides stability on technical sections of the trail. The central ergonomic cut further reduces pressure, supporting comfort over longer distances.

Comfort and light construction

The materials used and refined details contribute to the exceptional lightness of the saddle, which is important for cyclists who value efficiency and agility during dynamic riding. The carefully chosen proportions of stiffness and cushioning help reduce vibrations transmitted from the ground, leading to better well-being even during the most demanding MTB rides. User comfort is combined with durability and functionality at every stage of riding.

Fizik Terra Argo X5 black bike saddle - features:

• Designed for intensive MTB riding;
• Rails made from high-strength steel;
• Shorter shape facilitating position changes in the terrain;
• Central cut reduces pressure on the crotch area;
• Optimal proportions of stiffness and flexibility in the construction;
• Very lightweight build for efficient riding;
• Vibration reduction thanks to appropriate material cushioning.