Moto-Master 415 V2 Non-Seal Chain - 130 Links - Gold - 641501

Maximize your motocross performance with the Moto-Master 415 V2 Drive Chain. Engineered for optimal power transfer, this lightweight chain minimizes friction to ensure you get every ounce of performance from your machine. Built with pre-stretched components, it reduces the need for frequent adjustments and extends the life of your sprockets.

Description

The Moto-Master 415 V2 drive chain is specifically designed for the demanding conditions of motocross. Its low weight and minimal friction characteristics translate to improved acceleration and responsiveness on the track. The pre-stretched construction reduces initial chain stretch, leading to fewer maintenance intervals and prolonged sprocket life. Manufactured in Japan to exacting standards, this steel drive chain delivers exceptional durability and reliability for off-road machines up to 450cc. Upgrade to the Moto-Master 415 V2 chain and experience a noticeable improvement in your bike's performance. The gold finish adds a touch of style to your motorcycle.

Features & highlights

• Optimized for motocross: Specifically designed for the rigors of off-road riding.
• Enhanced power transfer: Low weight and minimal friction maximize engine output.
• Reduced maintenance: Pre-stretched components minimize adjustments.
• Extended lifespan: Optimizes sprocket lifespan, saving you money.
• High tensile strength: Robust construction can withstand high loads.
• Durable steel construction: Ensures long-lasting performance and reliability.

Technical specifications

• Brand: Moto-Master
• Chain Size: 415
• Chain Type: 415 V2
• Color/Finish: Gold
• Master Link Connector Type: Clip
• Material: Steel
• Maximum Engine Displacement (Offroad): 450 cc
• Number of Links: 130
• Seal Type: Non-Seal
• Tensile Strength: 18.6 kN (4180 lb)
• Weight: 0.62 kg/100 Links

Important to know

Ensure proper chain alignment and tension during installation. Regularly inspect the chain for wear and tear, and lubricate as needed for optimal performance and longevity.