FOX 883-26-062 Perf. Elite 2.5 Reservoir Front Shocks for 14-26 Ram 2500/3500

Vehicle Fitment

• 2014-2026 Ram 2500 4WD (Front, 0-2" lift height)
• 2013-2026 Ram 3500 4WD (Front, 0-2" lift height)

Fitment Notes

• Front shocks only
• Applicable to stock or mild lift (0-2"); higher lifts require shock length assessment
• 4WD models only

Features

• 2.5" performance Elite reservoir design for improved heat dissipation
• CNC-machined 6061-T6 hard-anodized aluminum body
• External reservoir system for added damping consistency
• Vehicle-specific valving for balance of comfort and control
• 7/8" hard chrome plated alloy steel shaft
• Dual speed compression adjuster for tuning high and low speed compression
• Redundant sealing pack (main seal, wiper, scraper) for durability
• PTFE-lined, spherical bearings for smooth articulation at mounting points

Specifications

• Position: Front
• Extended length: ~22.99"
• Compressed length: ~14.51"
• Travel: ~8.48"
• Mounting: Stem Top / Eyelet Bottom
• Body diameter: 2.5"
• Lift height compatibility: 0-2"

Included Components

• 2x Front reservoir shocks (pair)
• Hardware: bushings, mounting eyelets as required

Product Description

The FOX 883-26-062 Performance Elite 2.5 Reservoir Front Shock Pair is a high-end replacement for the front suspension on 2014-2025 Ram 2500/3500 4WD trucks with up to a 2-inch lift. Built with a 2.5" aluminum body and external reservoirs, these shocks deliver superior heat dissipation, consistent damping performance, and adjustable compression settings to dial in ride quality and handling across varying loads and terrains.

Their CNC-machined bodies, high flow pistons, and dual speed compression adjusters allow you to tailor how the front end responds to both high speed impacts and slow compression events. Perfect for owners who tow, haul, or go off-road, but still want a usable ride. These shocks use factory mounting points, and are optimized for mild lift setups. If you run more than 2" lift, verifying correct shock length is advised to maintain proper suspension geometry.