Eagle Nissan VQ35DE Engine H-Beam Connecting Rod – Part CRS5680N3D-1

Description

The Eagle Nissan VQ35DE Engine H-Beam Connecting Rod (Part CRS5680N3D-1) is engineered for high-performance automotive applications, particularly for competition use. Crafted from forged 4340 steel, these connecting rods are manufactured through a two-piece forging process that ensures exceptional strength and durability. The fully machined and shot-peened surfaces enhance fatigue resistance and overall reliability, making them ideal for demanding engine builds. Precision-specified to meet exact tolerances, these rods provide a perfect fit to maintain engine integrity under extreme conditions.
Designed specifically for the Nissan VQ35 engine, these H-beam connecting rods are recommended for high-performance and racing applications where strength and precision are critical. When installing, torque to 43 ft-lbs using ARP moly lube only to ensure optimal fastening and longevity. Each rod is sold individually, so specify the desired weight when ordering to match your engine setup. These rods are lightweight yet robust, contributing to improved engine response and power output.
Manufactured by Eagle, a trusted name in high-performance engine components, these connecting rods meet strict quality standards. Their forged construction and meticulous machining process make them a reliable choice for builders seeking to enhance their Nissan VQ35 engine’s performance. Whether for a rebuild or a performance upgrade, the Eagle VQ35DE H-beam connecting rods are engineered to deliver consistent performance and durability for motorsport or spirited street driving.

Features:

• Forged 4340 steel construction for maximum strength and durability

• Fully machined and shot-peened surface to improve fatigue resistance

• Designed specifically for Nissan VQ35 engines

• Precision-specified to hold exact tolerances

• Recommended torque of 43 ft-lbs with ARP moly lube for proper installation

• Sold individually; specify weight when ordering

• Optimized for competition and high-performance applications