For Honda F20C engine enthusiasts seeking unparalleled performance and durability, ARP presents their premium head studs, meticulously designed to meet the demanding requirements of high-performance engines.

Key Features:

• Exceptional Material Quality: Crafted from premium grade 8740 alloy, these studs are heat-treated to an impressive 200,000 PSI. This rigorous process ensures thorough heat penetration, significantly outperforming standard offerings.
• Precision Engineering: Each stud undergoes centerless grinding, resulting in a component that is remarkably straight and concentric. This attention to detail guarantees a stud that aligns perfectly with your engine's specifications.
• Advanced Threading Process: ARP employs a unique threading technique, rolling the threads after heat treatment. This method significantly improves fatigue strength by about 1000%, demonstrating ARP's commitment to longevity and quality.

Why Choose ARP Head Studs for Your Honda F20C Engine?

• Superior Strength and Reliability: Designed to withstand the extreme conditions of high-performance and racing applications.
• Comprehensive Kit: Includes ARP head studs, parallel ground washers, 8740 chromoly steel 12pt nuts, and Ultra-Torque fastener assembly lubricant, providing everything needed for installation.
• Engine Compatibility: Specifically engineered for the Honda F20C engine, these studs are essential for anyone seeking to enhance their engine's integrity.

Applications and Installation:

• Optimal for High-Performance Scenarios: Whether you're on the track or pushing your engine to its limits, these studs are a critical upgrade.
• Straightforward Installation: ARP's inclusive kit allows for easy installation, giving you the confidence that your engine's head is securely fastened.

In summary, ARP's Head Studs for the Honda F20C engine are an indispensable component for any high-performance or racing enthusiast. They provide unmatched strength, precision, and dependability, ensuring your engine operates at peak performance under all conditions.