| Year | Make | Model |
|---|---|---|
| 1995 - 1999 | Mitsubishi | Eclipse GST |
| 1995 - 1999 | Mitsubishi | Eclipse GSX |
| 1996 - 1999 | Mitsubishi | Eclipse Spyder GST |
| 2005 - 2006 | Mitsubishi | Lancer Evolution |
ARP Connecting Rod Bolts | 7-Bolt 4G63 Engines (107-6002)
ARP Connecting Rod Bolts | 7-Bolt 4G63 Engines (107-6002)
SKU:107-6002
In stock
Couldn't load pickup availability
▶ Vehicle Fitments
The ARP Connecting Rod Bolts for 7-bolt 4G63 engines are high-performance fasteners designed to provide superior strength and durability for demanding engine applications. Crafted from premium materials with precision engineering, these bolts deliver a significant upgrade over OEM hardware, ensuring reliable performance under high-stress conditions. They are engineered to withstand the rigors of motorsport and professional engine builds, reducing the risk of bolt failure during extreme operation. The design emphasizes enhanced clamping force and consistent torque retention, contributing to improved engine stability and longevity.
These ARP connecting rod bolts are compatible with 7-bolt 4G63 engines, making them suitable for a range of Mitsubishi models and performance builds. They are intended for use in high-performance street, track, or racing applications where engine reliability is critical. Installation involves replacing the stock bolts with these high-strength fasteners, providing a direct upgrade for stock or modified engines. The kit includes the necessary bolts, ensuring a straightforward installation process for engine builders and enthusiasts seeking increased performance and peace of mind during demanding driving conditions.
Share
Overview
Overview
ARP Connecting Rod Bolts
Part #: 107-6002
Overview
The ARP Connecting Rod Bolts for 7-bolt 4G63 engines are high-performance fasteners engineered to meet the rigorous demands of motorsport enthusiasts and professional engine builders. Designed with precision and crafted from premium materials, these bolts offer a significant upgrade over OEM hardware, ensuring enhanced strength and reliability during high-stress engine operation. Whether you're assembling a stock replacement or building a high-horsepower performance engine, these connecting rod bolts provide the durability and consistency needed for demanding applications.
Constructed to withstand extreme conditions, these bolts help maintain proper rod alignment and secure connection under intense engine loads, supporting optimal engine response and longevity. Their robust design contributes to maintaining proper torque and clamping force, reducing the risk of bolt failure during high RPM or boost scenarios. Ideal for performance builds that require dependable fasteners, these ARP bolts are a trusted choice for serious engine builders and motorsport competitors alike.
Key Features
Designed for high-stress engine environments, these connecting rod bolts feature:
- Manufactured from high-strength alloy steel for maximum durability
- Precisely engineered to meet or exceed OEM specifications
- Heat-treated for enhanced fatigue resistance
- Rolled threads for improved clamping force and thread integrity
- Corrosion-resistant coating for longevity and reliability
- Engineered for consistent torque retention under demanding conditions
Construction & Design
These bolts are crafted from premium alloy steel, heat-treated to ensure maximum strength and fatigue resistance. The rolled threads and corrosion-resistant coating enhance durability and maintain thread integrity over time, even in high-temperature environments. Their precise engineering ensures a reliable fit and consistent performance, making them an essential upgrade for high-performance engine builds.
Installation & Fitment
Installation requires proper torque specifications and should be performed following manufacturer guidelines. Fitment is designed for 7-bolt 4G63 engines, but verification against your specific engine build is recommended to ensure compatibility.
What’s Included
The package includes a set of high-strength ARP connecting rod bolts, designed to replace OEM hardware and support high-performance engine applications.