ARP Ford Modular V8 Main Cap-Side Bolt Set for Late Aluminum Block - Part Number 156-5002

ARP Ford Modular V8 Main Cap-Side Bolt (Late Alum Block) M9 MBK

Upgrade your Ford Modular V8 engine with the ARP 156-5002 main cap-side bolt set designed specifically for late aluminum blocks. Crafted by ARP, a trusted leader in high-performance fasteners, these bolts ensure a secure fit and reliable performance under demanding conditions. This set is compatible with Ford Modular V8 engines, including models such as the Ford Mustang, F-150, and Expedition, providing a perfect fit for engine rebuilds or performance upgrades. The bolts are engineered for durability, made from high-quality materials that withstand high torque and temperature, ensuring long-lasting engine integrity.
These ARP main cap-side bolts feature a precision thread pitch and a robust construction that helps maintain proper bearing alignment and prevent engine damage. The set is designed for easy installation, with features including a corrosion-resistant finish to combat the harsh conditions typically encountered in high-performance or racing applications. Whether you're restoring a classic or building a high-performance engine, these bolts are an essential component for ensuring engine stability and longevity.
Ideal for use in late model aluminum block Ford Modular V8 engines, such as the 4.6L, 5.4L, and 5.0L engines, the ARP 156-5002 bolts are engineered to meet or exceed OE specifications. Proper installation of these bolts will help prevent engine failure due to bolt stretch or fatigue, providing peace of mind during intensive driving or racing scenarios. Trust ARP to deliver the quality and performance needed for your automotive project, supported by their industry-leading reputation and commitment to excellence.

Features:

• High-strength alloy construction for durability and reliability

• Designed specifically for late aluminum Ford Modular V8 engines

• Corrosion-resistant finish for enhanced longevity

• Precise thread pitch for secure fastening and proper alignment

• Engineered to withstand high torque and temperature conditions