Eibach PRO-LIFT Rear Springs for 2021-2026 Ford Bronco HOSS - E30-35-056-01-02

The Eibach E30-35-056-01-02 PRO-LIFT-KIT is a rear spring set for select 2021-2026 Ford Bronco models equipped with HOSS 2.0 Bilstein PSD or HOSS 3.0 Fox suspension. Sold as a set of two silver springs, the kit provides approximately +1.6 inches of rear lift on HOSS 2.0 applications and +1.3 inches on HOSS 3.0 applications. Eibach PRO-LIFT springs are engineered to increase ground and fender clearance while retaining compatible factory suspension components and maintaining usable suspension travel.

Key Features & Specs:

• Brand: Eibach
• Series: PRO-LIFT-KIT
• Part Type: Rear Lift Springs
• Position: Rear
• Quantity: Set of 2 Springs
• Color: Silver
• HOSS 2.0 Rear Lift: Approximately +1.6 in.
• HOSS 3.0 Rear Lift: Approximately +1.3 in.
• HOSS 2.0 Damper Compatibility: Bilstein PSD
• HOSS 3.0 Damper Compatibility: Fox
• Ground Clearance: Increased
• Fender Clearance: Increased clearance for larger wheels and tires
• Manufacturing: Made in USA
• Warranty: Five-Year Warranty
• UPC: 803050527592
• Manufacturer Part Number: E30-35-056-01-02

Fitment:

• 2021-2026 Ford Bronco 2-Door / 4-Door, 2.3L or 2.7L EcoBoost, 4WD with HOSS 2.0 Suspension and Sasquatch Package - Rear Lift: +1.6 in.
• 2021-2026 Ford Bronco 2-Door / 4-Door, 2.3L or 2.7L EcoBoost, 4WD with HOSS 3.0 Suspension and Fox Internal Bypass Non-Live Valve Dampers - Rear Lift: +1.3 in.

Eibach PRO-LIFT springs are developed using off-road suspension technology and are designed to provide additional ride height without relying on spacer-style lift components. This rear spring pair is specifically intended for compatible Bronco HOSS suspension configurations.

Exact lift height can vary depending on vehicle equipment, package, and weight distribution. Two-door Bronco models may experience slightly more lift than the listed figures. Eibach specifies this kit for HOSS 2.0 Bilstein PSD and HOSS 3.0 Fox dampers only and does not guarantee fitment, height, or warranty coverage on unlisted applications.