Easton X23 Shafts 2314 1 Doz.

The Easton X23 Shafts 2314 1 Doz. represents precision-engineered aluminum construction designed for builders and mechanics who demand aerospace-grade materials in their projects. These shafts are built for applications requiring exacting tolerances and consistent performance across repetitive cycles. Whether you're fabricating custom driveline components, engineering suspension systems, or constructing high-precision mechanical assemblies, the X23 platform delivers the material science and dimensional accuracy that separates professional-grade work from amateur builds.

Manufactured from 7178-T9 aerospace-grade aluminum alloy, the Easton X23 Shafts feature a two-tone anodized finish that provides both corrosion resistance and visual distinction for identification and assembly verification. The 2314 specification maintains a guaranteed straightness tolerance of ±.001 inches—a critical specification for driveline balance, suspension geometry, and any rotating or load-bearing application where runout directly impacts performance and component longevity. Weight tolerance of ±.75 percent ensures consistent mass properties across the dozen-pack, critical for building matched sets where unequal weight distribution introduces vibration, handling inconsistency, or accelerated bearing wear. Pre-installed Super Uni-Bushings provide standardized mounting interfaces, while all additional components are sourced separately to allow customization for your specific application.

Professional fabricators, powersports builders, and automotive engineers rely on Easton X23 shafts for custom driveline assembly, suspension link construction, and any structural or rotating component where material integrity and dimensional precision directly affect vehicle dynamics and component reliability. The dozen-pack format supports both single-vehicle builds requiring matched pairs and small-shop production runs. Installation requires assessment of your specific load path and rotational environment; consult application-specific engineering data to verify shaft diameter, material fatigue properties, and bearing compatibility for your intended use case.