Did 520 Zvm-x Chain - High Performance Motorcycle Chain

The DID 520 ZVM-X chain is engineered for high-performance motorcycles demanding exceptional strength and reliability. Utilizing DID's patented X-Ring seal technology, this chain delivers superior performance and longevity, making it an excellent choice for riders who demand the best. Experience the difference with enhanced power transfer and reduced friction.

Description

Built for heavyweight motorcycles with high torque and horsepower, the DID 520 ZVM-X chain provides unparalleled strength and durability. The innovative X-Ring design ensures superior sealing compared to standard O-rings, retaining lubrication and preventing dirt ingress for extended chain life. The four contact points of the X-Ring minimize power loss, ensuring maximum energy transfer from the engine to the wheel. Featuring Direct Energy Transfer technology developed through MotoGP experience, the ZVM-X chain exhibits greater stretch resistance under load, maintaining consistent performance even under extreme conditions. Whether you're riding a high-powered street bike or tackling adventurous terrain, the DID 520 ZVM-X chain delivers the performance and reliability you need.

Features & highlights

• X-Ring seal technology provides superior sealing and reduced friction, extending chain life.
• Direct Energy Transfer ensures maximum power delivery and responsiveness.
• Designed for heavyweight motorcycles with high torque and horsepower, offering exceptional strength.
• Increased stretch resistance under load maintains consistent performance.
• Suitable for high-powered street bikes and adventure motorcycles.
• Steel finish for a classic, durable look.

Technical specifications

• Brand: DID
• Chain Size: 520
• Chain Type: 520 ZVM-X
• Seal Type: X-Ring
• Master Link Connector Type: Rivet
• Maximum Engine Displacement (Street): 1200 cc
• Number of Links: 118
• Tensile Strength: 38.9 kN (8745 lb)
• Weight: 1.63 kg/100 Links
• Color/Finish: Steel

Important to know

Professional installation is recommended to ensure proper fitment and performance.