Wholesale 3208-4030 427w - 5.8 Stroker Small Block Ford 351w Fx Series -18cc Dish Top Sbf 20 Degree Inline & Twisted Wedge Forged Piston Set 4.030 Inch Bore Pin Dia.: 0.927" Comp Height: 1.145" Flash Sale: 70% Off [6AEFedcX]

Top-Performing 427W Stroker Small Block Ford 351W Engine Kit

Discover the ultimate performance enhancement for your Small Block Ford 351W engine with our 3208-4030 427W - 5.8 Stroker Small Block Ford 351W kit. This advanced engine kit is designed to deliver exceptional power and efficiency, making it a must-have for both racing enthusiasts and everyday drivers. With its cutting-edge features, this kit is poised to take your engine performance to new heights.

Superior Engineering and Precision Craftsmanship

The 3208-4030 427W kit boasts a 5.8 Stroker design, offering a longer stroke for increased power output. Its -18cc Dish Top pistons provide superior combustion efficiency, ensuring optimal performance and fuel economy. The pistons are mated with forged pins and a 0.927" pin diameter, ensuring durability and reliability. Key features include:

• 4.170" Stroke: Maximizes power output and improves engine responsiveness.
• 6.25" Rod: Ensures proper balance and reduces stress on the engine components.
• Full-Floating or Press Fit: Allows for a custom fit to your specific engine needs.

Enhance Your Vehicle's Performance and Efficiency

This 427W Small Block Ford 351W kit is perfect for those seeking a significant boost in performance without compromising on efficiency. The 18cc Dish Top pistons and 1.145" Comp Height contribute to a compression ratio of 58cc-11.34, 64cc-10.66, or 70cc-10.06, offering flexibility and customization. Whether you're looking to win races or simply want to enjoy a more powerful and responsive drive, this kit is designed to meet your needs:

• Improved Power: Experience a significant increase in horsepower and torque.
• Enhanced Efficiency: Achieve better fuel economy and reduced emissions.
• Customizable Fit: Tailor the kit to your specific engine requirements for optimal performance.