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ARP Rod Bolt Kits | Multiple Ford Fitments (154-6002)

ARP Rod Bolt Kits | Multiple Ford Fitments (154-6002)

SKU:154-6002

In stock

Regular price $74.64 USD
Regular price $81.87 USD Sale price $74.64 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The ARP Rod Bolt Kit is a high-performance connecting rod bolt set designed for a variety of engine applications. Made from seamless, defect-free 8740 chromoly steel, these bolts offer exceptional strength and durability to withstand demanding conditions. They are engineered to provide reliable clamping force and maintain integrity under high-stress environments, making them suitable for both stock replacement engines and high-horsepower racing setups. The robust construction ensures long-lasting performance, whether used in street, track, or drag racing scenarios, enhancing engine reliability and power transfer.

Compatible with multiple Ford models, these ARP rod bolts are suitable for engines requiring a universal fitment. They are ideal for applications involving high-performance builds, including circle track racing and drag racing, where strength and reliability are critical. The kit includes all necessary bolts for a complete installation and serves as a direct replacement or upgrade for stock components. Designed for professional and enthusiast use, these bolts help ensure optimal engine performance and longevity under extreme conditions.

Overview

ARP Rod Bolt Kits

Universal Fitment

Part #: 154-6002

Overview

The ARP Rod Bolt Kit is a high-performance connecting rod bolt set designed for a wide range of engine applications. Crafted from seamless, defect-free 8740 chromoly steel, these bolts are engineered to provide exceptional strength and durability. Whether you're building a stock replacement engine, a circle track racer, or a high-horsepower drag racing setup, these bolts help ensure reliable performance under demanding conditions. Their heat-treated construction and large underhead radius contribute to increased tensile strength and fatigue resistance, supporting your engine’s longevity and consistent operation.

Key Features

This ARP Rod Bolt Kit offers several key features that make it a trusted choice for performance enthusiasts:
  • Made from high-quality 8740 chromoly steel for superior strength
  • Heat-treated for enhanced durability and fatigue resistance
  • Large underhead radius to distribute stress evenly
  • Guaranteed to pass magnetic inspection testing for quality assurance
  • Designed for applications ranging from stock replacements to racing engines
  • Seamless, defect-free manufacturing process ensures reliability
  • Suitable for marine, drag racing, and circle track engines

Construction & Design

These connecting rod bolts are manufactured from seamless 8740 chromoly steel, a material renowned for its high tensile strength and toughness. The bolts undergo a rigorous heat-treatment process to optimize their mechanical properties, ensuring they can withstand the stresses of high-performance engine operation. The large underhead radius design helps distribute load more evenly, reducing the risk of bolt failure and enhancing overall engine reliability.

Installation & Fitment

Proper installation requires verifying fitment against your specific engine model and part number. These ARP rod bolts are designed as direct replacements for compatible applications, making installation straightforward for experienced engine builders. It is recommended to follow ARP’s torque specifications and installation procedures to maximize performance and safety.

What’s Included

The package includes a complete set of ARP high-performance connecting rod bolts, designed to meet or exceed OEM standards and support high-stress engine environments.

Ideal For

This kit is ideal for engine builders, racers, and automotive enthusiasts seeking reliable, high-strength connecting rod bolts for a variety of performance applications. Whether upgrading stock components or building a race engine, these bolts provide the confidence and durability needed for demanding conditions.
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