WSM Forged Piston Kit - 68.50mm Bore - 347cc - +4.50mm - 50-520-685

Upgrade your Yamaha Banshee with the Wsm Forged Piston Kit, engineered for superior performance and durability. This kit provides a significant boost in power and reliability, ensuring your engine operates at its peak potential. Experience the difference of German engineering with this premium piston kit.

Description

The Wsm Forged Piston Kit is meticulously crafted in Germany to deliver unmatched performance and longevity. The piston is coated with MOS2 for exceptional heat absorption and reduced friction, optimizing engine efficiency and power output. Precisely ported to seamlessly match WSM Banshee sleeves, this kit ensures perfect compatibility and enhanced airflow. The aluminum alloy construction provides exceptional strength and durability, withstanding the rigors of high-performance applications. Increase your engine's displacement to 347cc and unlock its full potential with this top-tier piston kit. This kit is ideal for enthusiasts and professionals seeking a reliable and high-performing upgrade.

Features & highlights

• MOS2 coated piston for superior heat absorption and reduced friction, ensuring optimal performance.
• Precision porting designed to match WSM Banshee sleeves for seamless integration and enhanced airflow.
• Manufactured in Germany, guaranteeing exceptional quality and precision engineering.
• Forged aluminum alloy construction provides outstanding strength and durability.
• Significantly boosts engine performance and reliability for demanding applications.
• Optimizes engine efficiency and power output, delivering enhanced throttle response and overall performance.

Technical specifications

• Brand: Wsm
• Vendor Part Number: 50-520-685
• Bore Size: 68.50 mm
• Bore - Oversize: +4.50 mm
• Displacement: 347 cc
• Engine Type: 2-Stroke
• Piston Material: Aluminum Alloy

Important to know

Please ensure compatibility with your specific Yamaha Banshee model before installation. Professional installation is recommended for optimal performance and longevity.