Wheel Studs 7/16-20x1.25 .480 Knurl

The wheel studs 7/16-20x1.25 .480 knurl from Moser Engineering are precision fasteners engineered for high-performance automotive applications where reliability under extreme load is non-negotiable. These studs serve as the critical connection between wheel hub and rim assembly, designed specifically for builders and enthusiasts upgrading to heavy-duty suspension systems, drag racing platforms, or custom fabrication projects. Whether you're installing custom wheels on a modified street machine or assembling a dedicated competition vehicle, proper wheel stud selection directly impacts safety and performance integrity.

Each wheel stud features a 7/16-20 thread specification with a 1.25-inch length and a 0.480-inch knurl diameter, manufactured from hardened steel with black oxide finish for corrosion resistance and durability. The knurl design provides mechanical grip within the hub bore, preventing rotational movement under vibration and stress cycles common in high-horsepower applications. Black oxide coating offers superior rust protection compared to bare steel, critical for vehicles exposed to moisture or harsh environmental conditions. This set of ten studs delivers the complete replacement package needed for one vehicle's wheel mounting points, ensuring consistent clamping force distribution and eliminating the weak-link failures that compromise wheel retention.

Street rod builders, drag racers, and serious performance enthusiasts trust Moser Engineering studs for chassis upgrades involving custom hub conversions, larger brake packages, or modified suspension geometry. Installation requires removing existing studs and pressing or tapping new ones into the hub bore to full depth; the knurl prevents sliding and ensures permanent seating. These studs pair seamlessly with modern lug nuts and aftermarket wheel designs, making them essential for any build exceeding stock capability limits. Always torque wheel fasteners to manufacturer specification and verify hub compatibility before assembly to guarantee safe, vibration-free operation.