Eibach E60-35-048-01-01 Pro-Truck Sport Rear Shock for 19-23 Ford Ranger 4WD

Vehicle Fitment

• 2019-2023 Ford Ranger 4WD (Rear, Lift 0-1.5" Compatible, All Trims)

Features

• Pro-Truck Sport rear shock designed for Ford Ranger trucks
• Monotube high-pressure design for improved control and damping
• Heavy-duty 46 mm piston for enhanced stability and performance
• Nitro-coated shock shaft for smoother operation and long life
• Durable zinc-coated body resists corrosion and road wear
• Accommodates lifted suspensions from 0 up to ~1.5"
• Direct-fit replacement - installs in factory rear mounts
• Made in the U.S.A. with rugged construction for on-road and off-road use

Specifications

• Position: Rear shock absorber
• Fitment: 2019-2023 Ford Ranger 4WD
• Lift Compatibility: 0-1.5" rear suspension lift
• Piston Diameter: 46 mm heavy-duty
• Design: Monotube high-pressure damper
• Coating: Zinc corrosion protection
• Mounts: Rear direct-fit configuration

Included Components

• 1x Eibach E60-35-048-01-01 Pro-Truck Sport Rear Shock

Product Description

The Eibach E60-35-048-01-01 Pro-Truck Sport Rear Shock is a performance-focused replacement shock absorber engineered for the 2019-2023 Ford Ranger 4WD. Built with a monotube high-pressure design and heavy-duty 46 mm piston, this shock enhances rear suspension control and stability whether you're cruising on-road or navigating rough terrain. Its nitro-coated piston shaft and zinc-coated shock body provide long-lasting durability and corrosion resistance.

Designed to accommodate lifted suspensions from stock height up to approximately 1.5", this rear shock increases travel and ride quality without requiring additional hardware. As a direct replacement for the factory rear shock, installation is straightforward with no special brackets or modifications needed. Ideal for Ranger owners looking to upgrade worn shocks or improve performance on lifted applications, the Pro-Truck Sport Rear Shock delivers dependable damping performance and enhanced confidence in a variety of driving conditions.