2013 Subaru XV Crosstrek 1.5" Strut Spacers W/ Multi Link Spacers

Transform the appearance of your 2013 Subaru Crosstrek with the ADF Lift Kit. Designed and meticulously manufactured in-house in the USA, our lift kits are engineered to provide unparalleled strength, reliability, and durability, backed by a lifetime warranty to ensure your satisfaction and peace of mind.

Manufacturing:

Crafted from high-grade 3/16” steel plates with a solid center steel tube measuring ¼”, guaranteeing exceptional strength and reliability even in the most demanding conditions. MIG welded with six 4” welds for superior stability and durability. MIG welded four times with 5” welds to withstand heavy loads and rough terrain. Fabricated from 1/4" steel and TIG welded into a 5-sided box, featuring a 2-piece bolt design for secure mounting. The upper portion of the spacer is attached to the chassis, while the lower portion is affixed to the subframe.

Factory Alignment:

Camber and improved caster offsets are incorporated into the steel spacers to maintain factory alignment specifications, ensuring optimal handling and performance. While the kit includes alignment features, we recommend scheduling a professional alignment after installation to ensure precise adjustment and alignment.

Multi-Link Spacers:

Installation of multi-link spacers is recommended to keep your tires centered in their factory location, preventing rubbing when larger tires are installed, thereby enhancing stability and performance.

Relocation:

• Brake line brackets are included in the kit to alleviate tension in the brake lines after installation, ensuring optimal brake performance and safety.

Rear Height Additions:

• Various heights of rear spacers are available to compensate for added load in the vehicle or to level out vehicles that are not sitting evenly. These spacers are designed as one solid piece, eliminating the need for stacking different spacers and ensuring structural integrity. Adding 3/8” compensates for mild loads/weight (75 lbs.), + ½” more for excessive loads/weight (90 lbs.).