Wossner Forged Piston Kit - 54.02mm Bore - 125cc - Size C - 8020DC

Upgrade your engine's performance with the Wossner Forged Piston Kit, engineered for superior strength and reliability. Designed and manufactured in-house, this piston kit delivers optimal power and durability for your 125cc 2-stroke engine. Experience the difference that leading Supercross, Arenacross, and MX GP teams trust.

Description

The Wossner Forged Piston Kit enhances your engine's efficiency and longevity. Each piston is meticulously crafted from forged aluminum alloy, ensuring exceptional strength and heat resistance. The moly-coated skirt minimizes friction during break-in and reduces wear, leading to quieter engine operation. With lightweight construction and tight piston-to-wall clearances, this kit maximizes power output and ensures a smooth, responsive ride. Oversize pistons are available for various makes and models, providing a tailored fit. This replacement forged piston kit offers improved performance and reliability over standard cast pistons.

Features & highlights

• Forged aluminum alloy construction for superior strength and durability.
• Moly-coated skirt reduces friction and aids in break-in.
• Lightweight design maximizes power output and engine efficiency.
• Tight piston-to-wall clearances ensure quieter engine operation.
• Complete kit includes piston, rings, wrist pin, and pin locks.
• Trusted by leading Supercross, Arenacross, and MX GP teams.
• In-house designed and manufactured for exceptional quality control.

Technical specifications

• Brand: Wossner
• Part Number: 09104725
• Engine Type: 2-Stroke
• Displacement: 125cc
• Bore Size: 54.02 mm
• Piston Diameter: 53.97 mm
• Piston Material: Forged Aluminum Alloy
• Piston Size: Standard Size C
• Ring Material: Steel, Cast
• Skirt Coating: Moly Coated
• Stroke Length: 54.50 mm
• Type: Replacement Forged Piston

Important to know

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