Eibach E86-35-037-01-22 Pro-Truck Lift Stage 2 Coilovers for 2015-20 Ford F-150

Vehicle Fitment

• 2015-2020 Ford F-150 2WD (2.7L V6 EcoBoost, 3.5L V6 EcoBoost)

Features

• Eibach PRO-TRUCK Lift Stage 2 suspension system
• Front Pro-Truck-Coilover 2.0 adjustable coilovers
• Rear PRO-TRUCK Sport shock absorbers
• Anodized billet aluminum coilover mounts
• 46 mm monotube piston design with nitrogen charge
• Threaded spring perches for fine ride height tuning
• Heavy-duty bushings for durability
• Individually tested for matched performance

Specifications

• Front lift range: approximately 0" to ~2.75" (adjustable)
• Rear lift range: approximately 0" to ~1.5"
• Shock type: front coilover, rear monotube sport shock
• Coilover shock piston diameter: 46 mm
• Designed for 2WD F-150 applications only
• Compatible with reinforced off-road spring upgrades

Included Components

• 2x Front Pro-Truck-Coilover 2.0 assemblies
• 2x Rear PRO-TRUCK Sport shock absorbers
• Height adjustment tools and mounting hardware

Product Description

The Eibach E86-35-037-01-22 PRO-TRUCK Lift Stage 2 suspension kit is a premium height-adjustable coilover lift system engineered for 2015-2020 Ford F-150 2WD trucks equipped with either the 2.7L or 3.5L EcoBoost engines. This kit combines adjustable front Pro-Truck-Coilover 2.0 units with matched rear sport shock absorbers to deliver versatile lift capability while maintaining controlled ride quality and improved handling both on paved roads and off-road terrain.

Front coilovers allow approximately 0" up to ~2.75" of lift depending on desired ride height and load, while the rear sport shocks provide up to ~1.5" of rear lift. The anodized aluminum mounts and heavy-duty bushings are engineered for rugged duty and extended service life. This Stage 2 system is ideal for enthusiasts seeking enhanced ground clearance, additional suspension travel, and improved load-handling capability without sacrificing everyday drivability. Professional installation and alignment are recommended to ensure balanced handling and optimal performance.