Shimano - CUES RD-U6000-GS 10/11- Rear Derailleur
Shimano CUES RD-U6000 10/11-speed Rear Derailleur
The Shimano CUES RD-U6000 LINKGLIDE 1 x 10/11-speed rear derailleur with SHADOW RD+ technology impresses with smooth and reliable shifting performance. This versatile 1 x 10/11-speed rear derailleur provides seamless shifting and efficient pedaling for uninterrupted trail enjoyment. The flat design and chain stabilization provide generous safety reserves even for rougher terrain.
The ultimate long-lasting component system: CUES LINKGLIDE RD-U6000 10/11-speed rear derailleur from Shimano
LINKGLIDE consistently delivers smoother, more even pedaling while shifting that you can barely feel at your feet. LINKGLIDE's optimized shifting gate design that creates a smoother handoff between cogs to avoid the jumps that can impact shifting and pedaling smoothness. This design improvement is especially pronounced on outward shifts where pedaling shock is more noticeable due to the larger forces involved.
Drivetrain durability is essential for high torque e-bikes and daily riders who might ride in the same gear for months or years at a time. LINKGLIDE provides smooth and decisive shifting that lasts longer than ever before. LINKGLIDE's re-designed cassette teeth have a substantially thicker base and a unique chamfer that drastically improves wear resistance in high torque applications. This increase in cassette durability prolongs smooth driving performance and lengthens the amount of time before chain skips caused by wear start to happen.
Features - Shimano CUES RD-U6000 Linkglide 1x10/11-speed Rear Derailleur
- Stable drivetrain performance on trails, gravel, and city streets
- Chain stabilizer reduces chain drop, slap and noise
- Low-profile design is optimized for rough terrain
- Total capacity: 39T
- Max low sprocket: 50T (1x11-speed), 48T (1x10-speed)
- Designed and tested to provide enduring e-biking performance
- Pulley size with 13T increased for reduced friction
- E-BIKE RATED
- Only compatible with LINKGLIDE shifting system
