Athena 350cc 2-stroke Piston Kit

Upgrade your Athena big bore cylinder with this high-performance Athena 350cc 2-Stroke Piston Kit. Engineered for superior strength and reliability, this kit ensures optimal performance in demanding conditions. Maximize your engine's potential with precision-crafted components designed for enthusiasts and professionals alike.

Description

This Athena piston kit is specifically designed for Athena big bore 2-stroke cylinders, delivering enhanced power and durability. The piston is constructed from high-quality 4032 aluminum alloy, offering exceptional resistance to mechanical and thermal stresses. Manufactured using advanced CNC machining tools, the piston maintains dimensional tolerances of less than 0.01 mm, guaranteeing a precise fit and optimal performance. Rigorously tested on engine dynamometer benches and on the track under extreme conditions, this piston kit ensures reliability and performance you can trust. The piston rings are designed to quickly adapt to the cylinder liner, even under low tangential load, improving sealing and reducing wear. Experience the difference that precision engineering makes in your engine's performance.

Features & highlights

• Specifically designed for Athena big bore 2-stroke cylinders.
• Constructed from high-strength 4032 aluminum alloy for superior durability.
• Precision CNC-machined to extremely tight tolerances (less than 0.01 mm).
• Extensively tested for performance and reliability under extreme conditions.
• Piston rings quickly adapt to the cylinder liner for optimal sealing.
• Kit includes everything needed for installation: piston, wrist pin, circlips, and piston rings.

Technical specifications

• Brand: Athena
• Part Number: S4C06800001B
• Piston Material: 4032 Aluminum Alloy
• Engine Type: 2-Stroke
• Displacement: 350cc
• Bore Size: 67.96 mm
• Compression Ratio: Stock
• Piston Head Shape: Domed
• Type: B

Important to know

This piston kit is designed specifically for use with Athena big bore cylinders. Ensure compatibility before installation.