FOX 2.0 Perf Res 0-1.5 Front Lift Shocks 2005-2007 Ford F350 4WD

Description
FOX 2.0 Perf Res 0-1.5 Front Lift Shocks 2005-2007 Ford F350 4WD

FOX 2.0 Perf Res 0-1.5 Front Lift Shocks 2005-2007 Ford F350 4WD

Part Number: 985-24-120

Summary: These FOX Performance Series shocks are designed for the 2005-2007 Ford F350 4WD, accommodating front lift heights from 0 to 1.5 inches. Featuring an external reservoir, these shocks are engineered to increase oil and nitrogen capacity for enhanced heat management. This configuration addresses the need for sustained performance during off-road operation by reducing damping fade under repeated impacts.

Features

• External Reservoir: Performance reservoir design provides increased oil capacity and cooling surface area to ensure fade resistance during high-speed operation.
• Smooth Body: 2.0-inch diameter body provides a high-strength foundation to ensure consistent damping performance.
• Universal Bracket: Included mounting hardware provides a secure attachment point for the reservoir to ensure proper fitment and clearance.

Technical Specifications

Fitment

• 2005-2007 Ford F350
• Note: Includes Universal Bracket. Configured for 0-1.5 inches of front lift.

What’s Included

• Includes 2 Shocks
• Universal Bracket

Why Choose This Product?

• Engineering Advantage: The external reservoir architecture significantly increases the volume of oil and nitrogen, which is critical for managing heat and maintaining consistent damping forces.
• Performance Benefit: Drivers experience more controlled handling and reduced shock fade when navigating terrain that requires repeated suspension cycling.

Frequently Asked Questions

What lift height are these shocks compatible with?
These shocks are designed for the front of 2005-2007 Ford F350 4WD trucks with 0 to 1.5 inches of lift.

Are these shocks sold as a pair?
Yes, this part number includes 2 front shocks.

What is the benefit of the reservoir on these FOX shocks?
The reservoir increases oil and nitrogen capacity, which helps dissipate heat more effectively than a standard smooth body shock, preventing performance fade.