Shock Mount Adjustable Raised 1.50in

The WEHRS MACHINE Shock Mount Adjustable Raised 1.50in is a precision-engineered weld-on shock mount designed to elevate suspension geometry on custom-built or modified vehicles. This aluminum component delivers a clean 1.5-inch lift while maintaining structural rigidity, making it essential for builders seeking controlled ride-height adjustment without compromising handling dynamics or component clearance.

Constructed from aircraft-grade aluminum and finished in black anodized coating, this mount provides corrosion resistance in demanding environments—critical for vehicles exposed to moisture, salt air, or prolonged storage. The weld-on design ensures permanent, load-rated attachment without reliance on fasteners that can loosen over time. Weighing just 1.31 lbs, the compact 5 x 2.25 x 7.2-inch profile integrates seamlessly into tight suspension bays while the raised geometry accommodates tire growth and brake hardware without interference. The 1.50-inch lift specification is exact—enabling predictable geometry calculations for suspension tuning, driveline angle management, and brake line routing during fabrication.

This mount is engineered for street rods, off-road platforms, rock crawlers, and high-performance builds where suspension customization demands precision components. Builders requiring repeatable, dimensionally consistent shock mounting solutions—particularly those developing multi-vehicle fleets or production-run modifications—depend on WEHRS MACHINE's toleranced specifications. The adjustable aspect allows fine-tuning of ride height across various load conditions and spring rates, a critical advantage over fixed mounts when optimizing handling balance or achieving specific stance geometry.

WEHRS MACHINE is recognized in the fabrication and suspension community for delivering bracket and mount solutions that prioritize dimensional accuracy and durability. This raised shock mount exemplifies that commitment—a single-purpose component that performs one function reliably, enabling builders to focus engineering efforts on larger suspension architecture decisions.