Old Man Emu 2920 Rear Coil Springs 1" Lift for 87-95 Nissan Pathfinder 4WD V6

Vehicle Fitment

• 1987-1995 Nissan Pathfinder (WD21, 3.0L V6, 4WD)

Features

• Engineered for medium load applications, ideal for overlanding and gear-laden travel
• Provides approximately 1.0" rear lift for improved ground clearance
• Constructed from X5K micro-alloyed spring steel for enhanced strength and durability
• Double scragged and shot-peened to reduce spring stress and prevent sagging
• Formed on precision mandrels ensuring consistent manufacturing tolerances
• Finished with a durable black powder coat for corrosion resistance
• Designed and manufactured in Australia to exacting standards
• Compatible with Old Man Emu shock absorbers for a fully integrated suspension system

Specifications

• Lift Height: Approximately 1.0" (25mm)
• Spring Rate: 190 lbf/in
• Free Height: 430 mm
• Bar Diameter: 14 mm
• Number of Turns: 8
• Coil Weight: 3.7 kg per spring
• Material: X5K Micro-Alloyed Spring Steel
• Color: Black
• Emissions Compliance: Not applicable

Included Components

• 2x Old Man Emu 2920 Rear Coil Springs
• 1x Installation Instruction Manual

Product Description

The Old Man Emu 2920 Rear Coil Springs are designed to enhance the load-carrying capacity and ride quality of your 1987-1995 Nissan Pathfinder 4WD equipped with the 3.0L V6 engine. These medium load springs provide an approximate 1.0" lift, offering improved ground clearance and accommodating additional weight from gear, fuel, and accessories during off-road expeditions.

Constructed from high-quality X5K micro-alloyed spring steel, the 2920 springs are engineered for durability and consistent performance. The double scragging and shot-peening processes reduce spring stress and prevent sagging over time. Finished with a black powder coat, these springs resist corrosion and maintain their appearance under harsh conditions. For optimal performance, pair these springs with Old Man Emu shock absorbers to create a fully integrated suspension system tailored to your vehicle's needs.