Skip to product information
1 of 2

Vendor: Fabtech

Fabtech Performance Rear Shock Absorber | Ford F150 4WD SuperCrew/SuperCab (97-03) (FTS7238)

Fabtech Performance Rear Shock Absorber | Ford F150 4WD SuperCrew/SuperCab (97-03) (FTS7238)

Regular price $58.64 USD
Regular price $58.64 USD Sale price $58.64 USD
Sale Sold out
Shipping calculated at checkout.
Quantity

Part Description

Fabtech Performance Rear Shock Absorber

Fitment: Ford F150 4WD SuperCrew / SuperCab (97-03)

Part #: FTS7238

Overview

The Fabtech Performance Rear Shock Absorber is a high-quality suspension component designed to improve the ride comfort and handling of your 1997–2003 Ford F150 4WD SuperCrew or SuperCab. Crafted specifically for trucks equipped with Fabtech's suspension systems, these shocks help optimize damping performance, providing a smoother ride and enhanced stability across various driving conditions. Whether you're hauling loads, towing, or enjoying off-road adventures, this shock absorber is engineered to support your vehicle's performance and durability. Designed with precision engineering, the Fabtech rear shocks are built to withstand demanding conditions while maintaining consistent performance. They are an ideal upgrade for truck owners seeking to improve ride quality, handling response, and overall driving confidence. These shocks help your vehicle maintain better control, reduce body roll, and improve comfort during everyday driving or off-road excursions.

Key Features

The Fabtech Performance Rear Shock Absorber combines advanced design and durable materials to deliver reliable performance. Key features include:
  • Heavy-duty steel construction for long-lasting durability
  • Optimized damping technology for improved ride quality and handling
  • Engineered specifically for 1997–2003 Ford F150 4WD models
  • Seamless integration with Fabtech suspension systems
  • Corrosion-resistant coatings for enhanced longevity
  • Designed to support vehicle stability during towing and off-road use
  • Easy bolt-on installation for a direct replacement
View full details