CenterLine design: The RXZIXYL 2pc Bike Brake Rotor features a CenterLine cutting edge design that provides smooth engagement, consistent performance, and a quiet running braking surface. This ensures that the brake system works efficiently and effectively.
Consistent friction: The CenterLine design ensures that the center of friction remains consistent throughout rotation, minimizing vibration and offering consistent performance. This feature enhances the rider's experience by providing a smooth and reliable braking system.
12-spoke design: The one-piece steel design with 12 spokes optimizes the rotor strength and helps dissipate heat quickly to reduce warping and distortion. This design feature enhances the durability of the rotor and ensures a long lifespan.
Quiet ride: The CenterLine track maximizes performance while minimizing vibration and noise for a quiet brake operation. This feature provides a comfortable and enjoyable riding experience.
[COMPATIBILITY]:Centerline rotor is compatible with all Avid and SRAM disc brakes and includes 6 attachment bolts for mounting.

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CENTERLINE ROTOR

CenterLine cutting edge design provides smooth engagement, consistent performance, and quiet running braking surface.

CONSISTENT FRICTION

Keeps the center of friction consistent throughout rotation, thereby minimizing vibration and offering consistent performance.

12-SPOKE DESIGN

One-piece steel design with 12 spokes optimizes the rotor strength and helps dissipate heat quickly to reduce warping and distortion.

QUIET RIDE

CenterLine track maximizes performance while minimizing vibration and noise for a quiet brake operation.

COMPATIBILITY

SRAM Centerline rotor is compatible with all Avid and SRAM disc brakes and includes 6 attachment bolts for mounting.

Description:

Product:Bicycle centerline disc

Type:Centerline

Material:Stainless steel

Color:Sliver

Specifiaction:160mm,180mm,203mm.

Weight:About 160mm/113g,180mm/144g,203mm/177g.

Application:Road bike,MTB.

Features:The hardness is 39°, the surface is smooth, and the deviation is 0.05S.
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