TRIPLE SHEAR LR ALUMINUM ZERO INDEX

The TRIPLE SHEAR LR ALUMINUM ZERO INDEX by WEHRS MACHINE is a precision suspension component engineered for high-performance vehicle modifications and competition-grade chassis tuning. This component addresses the critical need for accurate load distribution and indexed alignment in custom suspension systems, particularly for drivers seeking repeatable handling characteristics and predictable weight transfer dynamics. Whether you're building a dedicated track car, competition drift vehicle, or street machine with advanced suspension geometry, this aluminum assembly delivers the structural rigidity and precision fit that separates amateur builds from factory-quality installations.

Constructed from premium aluminum alloy, the TRIPLE SHEAR LR ALUMINUM ZERO INDEX utilizes a zero-index design that ensures perfect repeatability during installation and adjustment cycles—eliminating tolerance stack-up that plagues welded or poorly machined suspension links. The triple-shear geometry distributes lateral and vertical loads across three distinct load paths, dramatically reducing flex and deflection under cornering forces compared to traditional two-point designs. The aluminum construction keeps unsprung mass minimal while maintaining structural integrity, a critical advantage when tuning suspension response and improving ride frequency. Dimensions of 8 x 7 x 9 inches with a 10.15 lb weight profile make this component suitable for both front and rear applications across a wide suspension range.

Professional suspension builders, fabricators, and serious enthusiasts benefit most from this zero-index precision component when upgrading control arm assemblies, anti-roll bar linkages, or custom A-arm configurations. The repeatable zero-index design is especially valuable for those who frequently adjust ride height, corner weights, or suspension geometry—each disassembly and reinstallation returns to factory-perfect alignment without shims or re-drilling. Installation pairs seamlessly with coilover systems, adjustable control arm kits, and chassis bracing packages where dimensional accuracy and structural consistency are non-negotiable for consistent lap times and predictable vehicle behavior.