JT Chains 520 X1R3 Chain - 112 Links - Raw/Natural - JTC520X1R3-112DL

The JT Chains 520 X1R3 drive chain provides exceptional durability and strength for both street and off-road motorcycles. Engineered for high performance and longevity, this chain is a reliable choice for demanding riders.

Description

The JT 520 X1R3 heavy-duty X-Ring motorcycle chain is designed to withstand the rigors of high-performance riding. Its robust construction and advanced X-Ring seal technology ensure minimal friction and maximum power transfer, leading to improved acceleration and overall performance. Suitable for motorcycles up to 800cc, this chain delivers consistent performance in various riding conditions, from daily commutes to challenging off-road adventures. The JT X1R3 chain is manufactured to exacting standards, ensuring a precise fit and reliable operation. Its high tensile strength of 39.7 kN (8927 lb) provides peace of mind, knowing that your drivetrain can handle the power and torque of your engine.

Features & highlights

• Engineered for maximum durability and strength, ensuring long-lasting performance.
• X-Ring seals provide superior lubrication and minimize friction, maximizing power transfer.
• Suitable for both street and off-road use, offering versatility for various riding styles.
• High tensile strength of 39.7 kN (8927 lb) provides excellent resistance to stretching and breakage.
• Designed for motorcycles with up to 800cc engine displacement.
• Available with both clip and rivet master link connectors for easy installation and secure closure.

Technical specifications

• Brand: JT Chains
• Chain Size: 520
• Chain Type: 520 X1R3
• Color/Finish: Raw, Natural
• Master Link Connector Type: Clip, Rivet
• Material: Steel
• Maximum Engine Displacement (Street): 800 cc
• Number of Links: 112
• Seal Type: X-Ring
• Tensile Strength: 39.7 kN (8927 lb)
• Weight: 1.73 kg/100 Links

Important to know

Ensure the selected chain length (112 links) is correct for your motorcycle. Professional installation is recommended for optimal performance and safety.