Moto-Master 415 V2 Non-Seal Clip Connecting Link - Gold - 21341511

Upgrade your motocross machine with the Moto-Master 415 V2 Drive Chain Connecting Link. Designed for optimal performance and durability, this connecting link ensures efficient power transfer and minimizes friction, giving you the edge you need on the track. Built with pre-stretched components, it reduces the need for frequent chain adjustments and extends the life of your sprockets.

Description

The Moto-Master 415 V2 connecting link is engineered to withstand the rigors of motocross. Its low weight contributes to improved overall performance, while the minimal friction design maximizes power transfer to the rear wheel. This connecting link is compatible with 415 chains and is ideal for off-road motorcycles with up to 450cc displacement. The gold finish adds a touch of style to your drivetrain. Benefit from fewer chain adjustments and optimized sprocket lifespan thanks to the pre-stretched components. Crafted in Japan to ensure the highest quality standards, this connecting link delivers reliability and performance you can trust. This clip type master link is easy to install, allowing for quick chain maintenance or replacement.

Features & highlights

• Specially designed for motocross use, ensuring peak performance in demanding conditions.
• Low weight construction for enhanced agility and responsiveness.
• Minimal friction design optimizes power transfer, maximizing acceleration and speed.
• Pre-stretched components reduce chain adjustments and extend sprocket lifespan.
• Durable steel construction ensures long-lasting reliability.
• Clip type for easy and quick installation.

Technical specifications

• Brand: Moto-Master
• Chain Size: 415
• Chain Type: 415 V2
• Color/Finish: Gold
• Material: Steel
• Maximum Engine Displacement (Offroad): 450 cc
• Tensile Strength: 18.6 kN (4180 lb)
• Type: Clip
• Units: Each

Important to know

Ensure this 415 V2 connecting link is compatible with your existing 415 chain. Professional installation is recommended for optimal performance and safety.