4 Lugnuts Short Mag 12mm x 1.50

The GORILLA 4 Lugnuts Short Mag 12mm x 1.50 (SKU GOR73137SMB) delivers reliable wheel fastening for vehicles requiring metric lug nut replacements. This set of four closed-end lugnuts features a 13/16-inch hex head and 0.500-inch shank length, engineered to secure wheels on applications where standard or extended-length fasteners do not fit. The right-hand thread design and chrome-plated steel construction provide corrosion resistance and dependable clamping force across diverse driving conditions.

The 12mm x 1.50 metric thread pitch matches vehicles with metric stud patterns commonly found on European and imported platforms. The short mag profile reduces overall stack height when installed, making these lugnuts ideal for applications where wheel clearance is limited or where original equipment specifications call for shorter fasteners. The closed-end design fully covers the stud, protecting threads from dirt and corrosion while providing a finished appearance on the wheel hub. Chrome plating delivers UV resistance and aesthetic consistency across all four fasteners.

Technicians and vehicle owners performing wheel service, seasonal tire changes, or aftermarket wheel installation benefit from having precision metric replacement lugnuts that match original equipment specifications. Whether restoring an original setup or replacing damaged fasteners, this four-piece set ensures consistent clamping across all wheel mounting points. GORILLA brand lugnuts are widely used in collision repair, fleet maintenance, and performance automotive applications where metric fastener accuracy is essential.

For vehicles with metric wheel studs—particularly those requiring short-mag configurations—verifying the thread pitch (1.50mm) and shank length (0.500 inch) against your wheel's stud specifications before purchase is critical. Incorrect fastener dimensions can result in improper seating, uneven clamp load, or thread damage during installation. These GORILLA lugnuts provide OEM-equivalent performance for replacement and restoration applications across metric-equipped platforms.