Eibach E30-27-011-02-02 PRO-LIFT-KIT Rear Lift Springs for 19-26 Ram 1500 4WD

Vehicle Fitment

• 2019-2024 Ram 1500 (4WD, 1500 Crew Cab, various trims)
• 2025-2026 Ram 1500 Rebel (4WD, 3.0L Twin-Turbo I6) - excludes air suspension models
• Rear springs only - front not included.

Features

• Eibach PRO-LIFT-KIT rear lift springs
• Increases rear ground clearance for improved off-road capability
• More fender and tire clearance for larger wheels/tires
• Precision engineered for stability and ride quality
• Improved approach/departure angles without spacer lifts
• Maintains excellent on-road handling dynamics
• Durable corrosion-resistant finish
• Made in the USA
• Backed by Eibach's limited warranty

Specifications

• Part Number: E30-27-011-02-02
• Product Type: PRO-LIFT-KIT rear lift springs (set of 2)
• Application: Ram 1500 4WD Crew Cab (2019-2026, select models)
• Rear Lift Height: Approx. +0.3 in to +1.0 in above stock depending on trim/configuration
• Spring Position: Rear only
• Designed to work with Eibach Pro-Truck Sport rear shocks for best performance

Included Components

• 2x Rear PRO-LIFT-KIT lift springs

Product Description

The Eibach E30-27-011-02-02 PRO-LIFT-KIT Rear Lift Springs are engineered suspension upgrades designed to raise the rear ride height of 2019-2024 Ram 1500 4WD trucks and 2025-2026 Ram 1500 Rebel 4WD (excluding air suspension variants). These rear-only lift springs provide an increase in ground clearance - approximately +0.3 in to +1.0 in above stock - offering more clearance for larger tires and enhanced off-road capability while retaining stable on-road handling and ride quality.

Designed to be used with Eibach Pro-Truck Sport rear shocks, this PRO-LIFT-KIT set gives truck owners a reliable way to gain rear lift without spacer systems or full coilovers, maintaining full suspension travel and reducing stress on other components. The result is improved clearance and capability for trail driving, larger wheels, or simply a more commanding stance. A full alignment after installation is recommended to ensure optimal suspension geometry and tire wear.