Ceramicspeed Oversized Jockey Wheels
Bikes are meant
to be used.
Elevate your cycling performance with CeramicSpeed oversized jockey wheels. Designed to optimize your drivetrain efficiency, these jockey wheels feature advanced ceramic bearings and a larger diameter for reduced friction and improved power transfer. With a range of options for different Shimano and SRAM groupsets, you can find the perfect fit for your bike. The black coating adds durability and a sleek look to these high-performance jockey wheels. Upgrade your bike with CeramicSpeed oversized jockey wheels and experience smoother, more efficient shifting on every ride.
Enhanced Efficiency
CeramicSpeed oversized jockey wheels are engineered to minimize friction and maximize power transfer. The advanced ceramic bearings reduce rolling resistance, allowing you to pedal with less effort and achieve higher speeds. The larger diameter of the jockey wheels increases the chain wrap, reducing friction and wear on the drivetrain components. With CeramicSpeed oversized jockey wheels, you'll experience smoother, more efficient shifting and improved overall performance.
Durable and Stylish
Not only do CeramicSpeed oversized jockey wheels enhance performance, but they also offer exceptional durability. The black coating provides added protection against wear and corrosion, ensuring long-lasting performance in all weather conditions. Additionally, the sleek black finish adds a touch of style to your bike, giving it a professional and high-end look. Upgrade your drivetrain with CeramicSpeed oversized jockey wheels and enjoy both performance and aesthetics.
Compatibility and Options
CeramicSpeed offers a wide range of oversized jockey wheels to fit different Shimano and SRAM groupsets. Whether you ride Shimano 9200, 9100/R8000, XT/XTR, GRX810/815, or SRAM Eagle AXS, Red/Force AXS, or Aero 9250/8150, there is a CeramicSpeed oversized jockey wheel system designed specifically for your bike. Choose the right option for your drivetrain and experience the benefits of reduced friction, improved shifting, and enhanced performance.
