Did 428 Vx Chain

Upgrade your motorcycle's performance and reliability with the DID 428 VX Chain. This chain is engineered for both on and off-road bikes, providing superior durability and a smooth driving experience. Experience the difference of a high-quality chain designed to last.

Description

The DID 428 VX Chain is a significant upgrade from OEM chains, becoming one of the most popular choices for both on and off-road motorcycles. Featuring DID's patented X-Ring seal technology, this chain offers exceptional wear resistance and an extended lifespan. The increased rigidity minimizes flex, translating to a more responsive and smoother ride. Suitable for motorcycles with engine displacements up to 350cc, this chain delivers enhanced power transfer and overall performance. The gold and steel finish adds a touch of style to your bike while ensuring lasting protection against corrosion. Easy to install with its clip-type master link, the DID 428 VX chain provides both performance and convenience.

Features & highlights

• Enhanced Durability: DID's patented X-Ring seal technology provides the greatest and longest chain life.
• Increased Rigidity: Reduces flex for a more responsive and smooth driving experience.
• Versatile Performance: Ideal for both on and off-road bikes.
• High Tensile Strength: Boasts a tensile strength of 33 kN (7420 lb) for reliable power transfer.
• Easy Installation: Clip-type master link ensures a straightforward installation process.
• Stylish Design: Gold and steel finish adds a premium look to your motorcycle.

Technical specifications

• Brand: DID
• Chain Size: 428
• Chain Type: 428 VX
• Color/Finish: Gold, Steel
• Master Link Connector Type: Clip
• Maximum Engine Displacement (Offroad): 350 cc
• Maximum Engine Displacement (Street): 350 cc
• Number of Links: 124
• Seal Type: X-Ring
• Tensile Strength: 33 kN (7420 lb)
• Weight: 1.21 kg/100 Links

Important to know

Ensure this 428 VX chain is the correct size and type for your motorcycle. Professional installation is recommended for optimal performance and safety.