Your Offroad Partner.
Your Offroad Partner.
Part #: E86-35-062-01-22
Upgrade the suspension performance and stance of your 2024–2026 Ford Ranger 2WD with the Eibach PRO-TRUCK-LIFT Stage 2 system. Designed specifically for the Ranger XL, XLT, and LARIAT equipped with the 2.3L EcoBoost, this system combines height-adjustable PRO-TRUCK Coilover 2.0 front coilovers with matched rear PRO-TRUCK Sport shocks.
The threaded front coilovers provide up to 3 inches of ride-height adjustment, allowing you to dial in the stance, increase ground clearance, and compensate for additional front-end weight. The matched rear shocks support up to 1.5 inches of rear lift while providing application-specific damping for improved control both on and off the pavement.
The PRO-TRUCK Coilover 2.0 assemblies feature anodized 6061-T6 billet aluminum coilover mounts paired with a 46mm monotube damper design. Nitrogen-filled variable-force valving provides controlled damping across changing road and trail conditions.
An adjustable threaded spring perch allows the front ride height to be fine-tuned based on vehicle setup, desired stance, and additional accessory weight.
Designed as an application-specific suspension upgrade for 2024–2026 Ford Ranger 2WD models equipped with the 2.3L EcoBoost engine.
Front ride height is adjustable from 0–3 inches, while the rear shocks are designed for applications ranging from stock height to approximately 1.5 inches of rear lift.
Eibach sets the coilovers out of the box to approximately level the front of the Ranger with the factory rear ride height. Actual lift height may vary depending on vehicle configuration, accessories, and weight distribution.
Do not exceed Eibach's specified maximum ride height, as excessive adjustment can negatively affect ride quality.
2024–2026 Ford Ranger
Does not fit Ranger Raptor or 4WD Ranger applications.
Ranger 2WD owners looking for an adjustable front lift, improved ground clearance, a more aggressive stance, and matched front and rear suspension performance without stepping up to a remote-reservoir system.