Universal Performance Series 2.0 x 14.0 Smooth Body IFP Shock (985-24-007)

Universal Performance Series 2.0 x 14.0 Smooth Body IFP Shock (985-24-007)Description Fits: Universal The aluminum bodied Performance Series 2. 0 smooth body shock delivers FOX's industry leading and race dominating performance. An Internal Floating Piston (IFP) mono tube design keeps the shock oil and the high pressure, nitrogen charged gas chamber separated. As a result, the Performance Series 2. 0 IFP shock maintains peak performance with the help of the factory tuned precision valving and a race developed high flow

Description

Fits: Universal

The aluminum-bodied Performance Series 2.0 smooth body shock delivers FOX's industry-leading and race-dominating performance.

An Internal Floating Piston (IFP) mono-tube design keeps the shock oil and the high-pressure, nitrogen-charged gas chamber separated. As a result, the Performance Series 2.0 IFP shock maintains peak performance with the help of the factory-tuned precision valving and a race-developed high-flow damping piston. No more rough rides!

Part Number: 985-24-007

Features

• Performance Tuned For Vehicle Specific Application
• Aluminum Body Dissipates Heat Faster Than Steel
• Black Anodized CNC Machined Aluminum Components

Specs

• Extended Length: 36.02"
• Compressed Length: 21.9"
• Travel Length: 14.12"
• Top Mount: ES3
• Bottom Mount: ES3

Installation

• Click Here

Warranty

Parts Only

• 1-Year Limited Warranty
• FOX Factory Inc. products are covered by a 1-Year Limited Warranty against defects in materials and/or workmanship. Any modifications to the product will void the warranty. This Warranty will be extended to the original retail consumer of an OEM Customer's FOX Factory Inc. equipped vehicle and is valid for one year from the original date of purchase from an OEM Customer's authorized dealer. Warranty is limited to the repair or replacement of the FOX Factory Inc. product. FOX Factory Inc. reserves the right to make the final decision with regards to all warranty related issues.