2003-2008 Subaru Forester 4.5" Mammoth Lift Kit

Embark on thrilling off-road adventures with your 2003-2008 Subaru Forester's capabilities with our 4.5" Lift Kit. Designed and manufactured in-house, this kit is engineered to maximize clearance, enhance off-road capability, and ensure durability that lasts a lifetime.

Manufacturing Excellence: Crafted from 1/4" steel with precision laser cutting and formed with added gussets, our kit guarantees extreme strength and reliability. The lower lift brackets, made from 1/4" steel, provide a robust foundation for tire clearance, allowing for 2.5" more spring perch for larger tires.

Enhanced CV Joint Geometry: Correcting CV joint angles is paramount for longevity and performance. Our kit includes subframe spacers to ensure CV joints remain within their optimal range, maintaining angles within 2-2.5" over factory specifications. Camber and improved Caster offsets are built into the steel spacers for factory alignment retention.

Comprehensive Spacer Kit: Included in the kit are spacers for essential components like the engine crossmember, transmission, carrier bearing, differential hanger, and rear differential. These components are vital for proper lift and alignment, ensuring seamless integration and performance.

Trailing Arm Spacers: Benefit from improved stability and tire clearance with the included 3” Trailing Arm Spacers. Keeping tires centered in the factory position prevents rubbing and ensures optimal performance on varied terrain.

Tailored Rear Height Adjustments: Customize your vehicle's rear height with our range of rear spacers, available in different heights to accommodate various loads. Whether for mild or extreme loads, our solid spacers provide durability and precise leveling without the need for stacking.

Installation Requirements: Ensure proper fitment and functionality with provided requirements, including upper radiator hose modification, steering shaft drilling and installation, and potential modifications to the airbox and shift linkage for manual transmission models.