Sram PC-XX1 Eagle
The Pinnacle of Durability
The Sram PC-XX1 Eagle chain is widely regarded as the longest-lasting, quietest, and strongest chain in the world. Specifically engineered for 12Speed Eagle drivetrains, it is the crucial component that ensures your high-end mountain or gravel rig delivers flawless performance under the most extreme conditions.
Engineered for the Long Haul
While other chains succumb to the elements and high-torque loads, the XX1 Eagle is built to outlast them all through advanced material science and precision manufacturing.
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Feature |
Benefit for the Rider |
|---|---|
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Hard Chrome™ Technology |
Sram's proprietary finishing process provides four times the elongation (wear) resistance of other chains, significantly extending the life of your expensive cassette and chainrings. |
|
HollowPin™ Construction |
Achieves maximum strength-to-weight ratio. The hollow pins reduce weight without compromising the chain's ultimate plate-retention power. |
|
FlowLink™ Design |
Ultra-smooth inner-plates with no sharp edges reduce friction and noise, leading to a quieter drivetrain and more precise shifting. |
|
Titanium Nitride Coating |
Beyond its striking looks, the PVD (Physical Vapor Deposition) coating provides a highly durable, low-friction surface that resists corrosion in wet and muddy environments. |
|
Eagle™ PowerLock® |
Includes a dedicated 12Speed master link with FlowLink technology for a secure, tool-free connection that maintains the chain's structural integrity. |
Aesthetic Excellence
The XX1 Eagle chain isn't just about performance, it's about personalization. Available in a range of premium finishes to complement your build:
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Gold: The classic mark of elite performance.
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Rainbow: A striking, oil-slick finish that changes with the light.
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Copper: A sophisticated, modern metallic look.
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Black: Sleek, understated, and professional.
Whether you are outfitting a Winspace gravel rocket or a custom-built MTB, the Sram PC-XX1 Eagle chain is the ultimate investment in drivetrain longevity and shifting precision.