Fox 980-24-960 2.0 Performance Series Reservoir Shock Absorber

The Fox 980-24-960 2.0 Performance Series Reservoir Shock Absorber for your 2001-2010 GM 2500HD/3500HD delivers FOX's industry leading and race dominating performance in an affordable, hassle-free bolt on package. 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. The race developed high flow damping piston matched with application specific valving provides the 2.0 Performance Series Reservoir shock a predicable ride quality capable of handling the roughest road conditions.

• Sold Individually
• Piston: Race-Developed High-Flow Piston Design
  
• Body Plating: Clear-Anodized For A Durable Finish
• Shaft: 5/8" Hard Chrome Plated Heat-Treated Alloy Steel
• Valving: Application Specific Valving To Maximize Performance
• Mounting: Direct Replacement For Stock And Aftermarket Lifts Kits
• Components: Black-Anodized, CNC-Machined 6061-T6 Billet Aluminum
• Body: 2.0" Metal Impacted 6061-T6 Aluminum Will Resist Rust Over Time
• External Reservoir: 2.0" Smooth Bore 6061-T6 Aluminum Is Hard Anodized
• Seals: Redundant Sealing Pack System Main Seal, Wiper Seal, Scraper Seal
• Bushings: Quiet Nitrile Rubber Allows For Increased Suspension Articulation
• Oil: JM92 Advanced Suspension Fluid For Improved Performance At Variable Temperatures

• Ext. Length: 21.30
• Col. Length: 13.20
• Travel: 8.100
• Top Mount: SM3
• Bottom Mount: ES8

2001-2010 GM 2500HD/3500HD - Front, Lifted 4"-6" 

WARRANTY INFO:
1 Year Limited

Note: Lift height is suggested by mfg. Due to the many different aftermarket suspension systems it is recommended that a measurement is taken for proper application. Shock Absorbers sold individually. Product may appear different than image.