Fox 985-24-202 2.0 Perf Series Rear Shock for '14-25 RAM 2500 2-3.5" Lift

Vehicle Fitment

• 2014-2025 RAM 2500 (Rear, 4WD, 2-3.5" Lift)

Features

• Fox 2.0 Performance Series smooth-body mono-tube rear shock
• Internal Floating Piston (IFP) design separates nitrogen gas from oil for consistent damping
• Race-developed high-flow piston provides improved rebound control
• Application-specific valving tuned for RAM 2500 rear suspension
• 2.0" impact-extruded 6061-T6 aluminum body resists corrosion and dissipates heat
• Clear-anodized finish with black-anodized CNC-machined components
• 5/8" hard chrome-plated, heat-treated alloy steel shock shaft
• Quiet nitrile rubber bushings for enhanced articulation and reduced noise

Specifications

• Part Number: 985-24-202
• Position: Rear (driver or passenger side)
• Extended Length: ~27.24"
• Compressed Length: ~17.15"
• Stroke/Travel: ~10.09"
• Body Diameter: 2.0"
• Reservoir Type: Internal Floating Piston (IFP)
• Compatible Lift Range: 2-3.5" rear lift applications
• Mount Type: Stem top & Eyelet bottom

Included Components

• 1x Fox 2.0 Performance Series rear shock (985-24-202)

Product Description

The Fox 985-24-202 2.0 Performance Series rear shock is engineered as a high-performance damping solution for **2014-2025 RAM 2500 4WD** trucks equipped with rear lift heights from approximately **2" to 3.5"**. Its smooth-body mono-tube design features an Internal Floating Piston (IFP) that separates high-pressure nitrogen gas from the shock oil to reduce aeration, delivering consistent damping performance whether on-road or off-road.

Constructed with a durable 2.0" impact-extruded 6061-T6 aluminum body finished in clear anodizing and precision-machined components, the 985-24-202 resists corrosion and efficiently dissipates heat for extended service life. Race-developed high-flow valving and piston design enhance rebound control and ride quality over stock shocks. Sold individually as a direct-fit replacement, this shock is ideal for RAM 2500 owners seeking improved rear suspension performance on lifted applications.