Stem FSA Energy SCR alu -6° 110 mm black (175-0035019090)

The FSA Energy SCR alu -6° 110 mm black stem provides precise control over the steering system during both road and gravel riding. The use of modern technologies and high-quality materials ensures that this model meets the expectations of the most demanding users.

SCR Cable Routing Technology

This model features the SCR (Semi-Integrated Cable Routing System), which allows for partial integration of cables within the bridge's structure. This solution improves the aerodynamics of the bike, facilitates cable management, and gives the cockpit an aesthetic, minimalist appearance. The SCR technology also enables easier servicing and maintenance of hydraulic systems and electronic cables.

Aluminium Construction

The stem is made of durable aluminium, ensuring an optimal stiffness-to-weight ratio and resistance to deformation during intensive use. The aluminium material effectively dampens vibrations, providing comfort on longer rides. Advanced processing has enabled the creation of a robust yet lightweight structure that meets the needs of modern road and gravel cyclists.

Geometry and Compatibility

The FSA Energy SCR model is designed for a handlebar diameter of 31.8 mm, a tilt angle of -6°, and a length of 110 mm, allowing for precise adjustment of riding position. This geometry caters to the needs of users expecting a sporty steering character. The stem is suitable for both road and gravel bikes, ensuring stability and control during dynamic manoeuvres.

FSA Energy SCR alu -6° 110 mm black stem - features:

• SCR system allowing partial integration of cables in the bike's cockpit;
• High-strength, low-weight aluminium construction;
• Compatible with handlebars of 31.8 mm diameter;
• Stem length of 110 mm for precise position adjustment;
• -6° tilt angle providing sporty geometry for the steering system;
• Designed for road and gravel bikes;
• Advanced technology improving aerodynamics and aesthetics of the cockpit;
• Aluminium construction reducing vibration transfer to the handlebars.