All-in-one Wiseco 1400 Hd Mitsubishi Evo 8 - 4g63 Turbo -14cc Piston Shelf Stock Instant 35% Discount [K5ATnE27]

Superior Performance Pistons for Mitsubishi Evo 8

Introducing the Wiseco 1400 HD Pistons, designed specifically for the Mitsubishi Evo 8 - 4G63 Turbo engine. These high-performance pistons are engineered to deliver exceptional strength and durability, crafted from premium 2618 aluminum for improved tensile strength. The Wiseco 1400 HD Pistons are the ultimate choice for those seeking to enhance the power and efficiency of their Evo 8.

• Forged and Machined in the USA: Experience the highest quality craftsmanship with Wiseco's American-made pistons.
• ArmorGlide Skirt Coating: Ensures seizure resistance, friction reduction, and quieter operation for a smoother, more reliable performance.

Advanced Piston Design for Enhanced Performance

The Wiseco 1400 HD Pistons feature a fully machined crown, precision ring grooves, and an anti-detonation groove, all designed to improve engine performance and longevity. The forced pin oiling system ensures that the pistons are well-lubricated, reducing wear and tear and extending the life of your engine. With these pistons, you can expect heavy-duty performance without compromising on reliability.

• Forced Pin Oiling: Ensures consistent lubrication for prolonged engine life.
• Additional Ring Seal Improvements: Enhances engine efficiency and reduces oil consumption.

Perfect for High-Performance Applications

Whether you're a track enthusiast or a daily driver looking to upgrade your Mitsubishi Evo 8, the Wiseco 1400 HD Pistons are the ideal choice. These pistons are designed and built to withstand heavy to severe duty performance applications, making them perfect for high-horsepower setups. Upgrade your engine with Wiseco's top-tier pistons and experience the difference in power, efficiency, and reliability.

• Engineered for High-Horsepower: Optimized for engines requiring increased power and performance.
• Severe Duty Performance: Endorsed for heavy-duty applications and high-performance driving scenarios.