CeramicSpeed BB90 Trek Shimano Coated bottom bracket insert 101374 (101374)

CeramicSpeed BB90 Trek Shimano Coated 101374 Bottom Bracket is an advanced bicycle component designed for cycling enthusiasts who expect the highest quality and performance. With a spindle diameter of 24 mm and a width of 90.5 mm, this bottom bracket works perfectly with Trek bicycles, offering precise fit and optimal drivetrain performance. The material used in its production is characterized by high strength and resistance, which translates to long lifespan and reliability in all conditions.

Advanced CeramicSpeed Technology

The CeramicSpeed BB90 Trek Shimano Coated 101374 bottom bracket stands out for its use of CeramicSpeed technology, known for exceptionally low friction and high efficiency. Ceramic bearings provide smooth rotation and minimize energy loss, which is particularly important during intense training sessions and competitions. The Coated finish additionally increases resistance to wear, ensuring even longer lifespan for the bearings.

Precise Fit for Shimano Systems

This model is compatible with Shimano systems, making it a versatile solution for many cyclists. The precise workmanship and compliance with Shimano guidelines guarantee an ideal fit and seamless integration with the other components of the bike. As a result, maximum drivetrain efficiency and comfortable riding are achieved.

CeramicSpeed BB90 Trek Shimano Coated 101374 - features:

• Spindle diameter of 24 mm ensuring compatibility with various systems;
• Width of 90.5 mm allowing perfect fit to bike frames;
• Use of CeramicSpeed technology minimizing friction and increasing efficiency;
• Ceramic bearings guaranteeing smooth rotation and low energy loss;
• Coated finish increasing wear resistance and durability of the component;
• Compatibility with Shimano systems ensuring versatility of use;
• Precise workmanship guaranteeing perfect fit and reliable performance;
• High strength of materials used in the production of the bottom bracket;
• Long lifespan due to advanced technologies and materials used.