D.I.D Super Street 520ZVMXS 110L X-Ring Chain Nickel - High-Performance Motorcycle Chain

The D.I.D Super Street 520ZVMXS 110L X-Ring Chain Nickel is engineered for high-performance street motorcycles demanding superior power transfer and durability. Designed with the latest technology, this chain offers increased tensile strength to handle the torque and horsepower of modern large displacement bikes. Its nickel-plated finish provides excellent corrosion resistance, ensuring long-lasting performance in various riding conditions. Perfect for riders seeking a reliable upgrade, the ZVM-X series chain is built to withstand the stresses of aggressive riding and extended mileage.
Featuring D.I.D's patented X-Ring seal design, this chain maintains optimal sealing performance by utilizing a twisting action that enhances sealing and reduces power loss. This innovative design results in a longer chain life and consistent performance over time. The chain's construction incorporates Direct Energy Transfer technology, a hallmark from MotoGP development, which minimizes stretch under load and offers exceptional load resistance. This makes the chain ideal for heavier bikes with higher torque, providing smooth power delivery and enhanced riding experience.
Whether you're customizing your street bike or replacing a worn chain, the D.I.D Super Street 520ZVMXS chain delivers strength, durability, and efficiency. Its nickel finish not only adds to its durability but also gives it a sleek appearance that complements any high-performance motorcycle. Installation is straightforward, and the chain's robust design ensures it will perform reliably mile after mile, making it a top choice for serious riders seeking quality and performance from their motorcycle chain.

Features:

• Higher tensile strength than the VX Series, suitable for heavier bikes with increased torque and horsepower.

• D.I.D's patented X-Ring seal design enhances sealing performance and minimizes power loss for longer chain life.

• Incorporates Direct Energy Transfer technology for excellent stretch resistance and load capacity under demanding conditions.