Shimano derailleur wheels Y5VP98050 (Y5VP98050)

The Shimano derailleur pulleys Y5VP98050 have been designed for precise drivetrain operation in 8-speed systems. Their construction allows for smooth gear shifting and stable chain guidance during dynamic riding.

Dedicated to 8-speed drivetrains

The Shimano Y5VP98050 model features a design compatible with 8-speed drivetrains, ensuring optimal performance with the most popular derailleurs in this category. The precise fit of the pulleys to the specifications of the chain and cassette translates into noticeably lower rolling resistance and quiet operation of the system. The use of a lower and upper pulley set guarantees a comprehensive replacement of the most worn components in the derailleur cage.

Durable construction material

The pulleys are made of durable plastic, which provides appropriate resistance to wear and adverse weather conditions. This material allows for maintaining the rigidity of the structure while reducing the overall weight of the drivetrain. As a result, the Shimano Y5VP98050 model performs excellently in both everyday use and more demanding trail conditions.

Complete replacement set

The set includes the lower and upper pulley, which facilitates a comprehensive service of the derailleur cage. The set does not include mounting screws, allowing for individual selection of mounting components according to the requirements of a specific derailleur model. This configuration makes it easy to quickly and precisely replace worn parts without the need to purchase a whole derailleur.

Shimano Y5VP98050 derailleur pulleys - features:

• Compatibility with 8-speed drivetrains ensuring smooth gear shifts;
• Made from durable plastic with enhanced wear resistance;
• The set includes lower and upper pulleys for the derailleur cage;
• Construction improves chain stability under load;
• Absence of mounting screws allows for individual component selection;
• Dedicated service solution from Shimano for trekking and urban drivetrains;
• Quick and precise replacement without the need to dismantle the entire derailleur;
• Optimisation of drivetrain performance in difficult operating conditions;
• Reduction of rolling resistance to increase drivetrain efficiency.