Product Description
Shop Blessed Performance for the Fox 2.0 Performance Series Adjustable Reservoir Shock for your 1994-2013 Dodge Ram 2500 4WD| 1994-2012 Dodge Ram 3500 4WD Front Lifted 4"-6" Cummins diesel. Its heat reducing design includes a metal impacted clear anodized aluminum shock body that dissipates heat faster than a conventional steel body shock. Its external reservoir allows for increase oil and nitrogen capacity while delivering striking race look. The included black anodized reservoir mounting clamp and other components are CNC machined from 6061-T6 aluminum. Included CD Adjuster delivers 8 clicks of compression adjustability- from very soft to very firm. The race developed high flow damping piston matched with application specific valving provides the 2.0 Performance Series Reservoir shock a predictable ride quality capable of handling the roughest road conditions.
Highlights:
- Body: 2.0" Metal impacted 6061-T6 Aluminum will resist rust over time
- Body Plating: Clear anodized for a durable finish
- Internal Reservoir: Internal IFP mono-tube reservoir design separates shock oil from high-pressure nitrogen
- Components: Black anodizes, 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
- Oil: JM92 Advanced Suspension Fluid for improved Performance at variable temperatures.
- Bushings: Quite nitrile rubber allows for increased suspension articulation.
- Mounting: Direct replacement for stock and aftermarket lift kits.
Specs:
Ext. Length: 28.800
Col. Length: 17.200
Travel: 11.600
Top Mount: SM3
Bottom Mount: ES7
Vehicle Fitment:
1994-2013 Dodge Ram 2500 4WD Lifted 4"-6" (Front)
1994-2012 Dodge Ram 3500 4WD Lifted 4"-6" (Front)
Note:
Shock Absorbers Sold Individually.
4"-6" lift is suggested by mfg. Due to the many different aftermarket suspension systems, it is recommended that a measurement is taken for proper application.
