1994-2013 Dodge Ram 2500 / 3500 4WD FOX 2.0 Performance Series Shocks Front Pair
The Performance Series 2.0 IFP smooth body shocks contain the latest in shock technology to transform the performance of your Truck or SUV. They use our race-proven damping control to provide a comfortable on-road ride and predictable off-road handling in even the most challenging conditions.The precision metal impact aluminum body increases cooling capacity and will never rust. Inside you will find our race-proven performance valving technology. Our Internal Floating Piston (IFP) mono-tube design separates the shock oil from the high-pressure, nitrogen-charged gas chamber. The IFP eliminates oil aeration allowing maximum performance from the factory-tuned precision valving. The race-developed high flow damping piston matched with application specific valving provides the Performance Series 2.0 IFP shock a predictable ride quality capable of handling the roughest road conditions. Part Number Options Lift/Lowered Position Item Quantity Extended Length Compressed Length Travel Top Mount Bottom Mount Reservoir Color 980-24-942 0-2" Lift Front Shock Absorber 2 24.65" 15.55" 9.1" STEM EYELET/SLEEVE Internal Floating Piston (IFP) Aluminum 985-24-019 2-3.5" Lift Front Shock Absorber 2 26.75" 16.65" 10.1" STEM EYELET/SLEEVE Internal Floating Piston (IFP) Aluminum 985-24-023 4-6" Lift Front Shock Absorber 2 28.85" 17.75" 11.1" STEM EYELET/SLEEVE Internal Floating Piston (IFP) Aluminum Body 2.0” Impact extruded and CNC machined 6061-T6 clear anodized aluminum one-piece body resists rust over time Body Plating Clear-anodized for a durable finish Reservoir Internal IFP mono-tube reservoir design Components Black-anodized, CNC-machined 6061-T6 billet aluminum Shaft 5/8" hard chrome plated heat-treated alloy steel Piston Race-developed high-flow piston design Valving Application-specific valving to maximize performance Seals Redundant sealing pack system main seal, wiper seal, scraper seal Bushings Quiet nitrile rubber allows for increased suspension articulation