Six Pin Front Hub With Stepped Bearings

The Six Pin Front Hub With Stepped Bearings from MPD Racing is engineered for serious motorsport competitors and high-performance street machine builders seeking precision steering geometry and durability. This front hub assembly is purpose-built to handle the extreme cornering loads, brake stress, and suspension articulation demanded by road racing, autocross, and drift applications. Whether you're upgrading a street-driven performance car or building a dedicated track vehicle, a quality front hub with stepped bearings is critical to maintaining accurate wheel alignment, reducing tire wear, and maximizing steering response under sustained lateral G-forces.

The stepped bearing design in this MPD Racing hub distributes radial and axial loads across multiple bearing surfaces, reducing deflection and improving hub runout concentricity. The six-pin bolt pattern ensures secure fastening to matched wheel hubs while accommodating modern brake rotor and wheel offset specifications. Stepped bearings are superior to single-race designs because they maintain tighter tolerances under load, reduce friction-induced heat buildup during extended track sessions, and provide superior resistance to water ingression and contamination. This precision engineering translates directly to sharper turn-in response, more predictable brake behavior, and extended component lifespan in demanding environments.

This front hub is ideal for suspension builders, motorsport fabricators, and enthusiasts restoring or modifying platform-specific vehicles where OEM steering geometry requires upgrading. The six-pin configuration is compatible with most modern brake systems and wheel designs used in independent double-A-arm and MacPherson strut suspensions. Proper installation requires precision wheel bearing adjustment, accurate centering to suspension geometry, and torque specifications matched to your specific vehicle platform. Verify bolt pattern compatibility with your brake rotor and wheel hub before ordering, as hub specifications vary by intended vehicle application and suspension type.