MRC Racing Components Honda - Acura - 55mm Racing Wheel Studs

Upgrade from factory-length studs with the MRC Racing Components 55mm Racing Wheel Studs. Designed for Honda and Acura applications with...
MRC Racing Components Art: sku-42984132247688
    Sale price $43.99Regular price
    Regular price $43.99

    MRC Racing Components Honda - Acura - 55mm Racing Wheel Studs

    MRC Racing Components Honda - Acura - 55mm Racing Wheel Studs MRC Racing Components

    Upgrade from factory-length studs with the MRC Racing Components 55mm Racing Wheel Studs. Designed for Honda and Acura applications with M12 x 1.5 thread pitch, these extended-length studs give you more thread engagement for wider wheels, spacers, and heavier track use — providing a safer, more secure wheel mounting solution.

    55mm Racing Wheel Stud Specifications

    • Knurl Diameter: 0.485"
    • UHL (Usable Head Length): 2.850"
    • Knurl Length: 0.275"
    • Nose Length: 0.350"
    • Thread: M12 x 1.5
    • Hub Hole Size (Cast Iron/Steel): 0.469" - 0.479"
    • Drill Bit Size: 12mm (0.472")
    • Sold in Packs of 10

    MRC Racing Wheel Stud Features

    • Extended 55mm Length — More thread engagement for spacers, wider wheels, and heavy track use
    • Knurled Press-In Design — Secure fitment into cast iron and steel hubs
    • M12 x 1.5 Thread Pitch — Direct fitment for Honda and Acura applications
    • High-Strength Construction — Built for racing demands

    Fitment / Applications

    • Honda Civic (various generations)
    • Acura Integra (various generations)
    • Any Honda/Acura with M12 x 1.5 hub bolt pattern

    Notes

    • Pack of 10 studs — order two packs for a full set of four wheels (20 studs)
    • Confirm hub hole size before installation

    Pro Tip: If you are running wheel spacers or aftermarket wheels with less hub engagement, extended studs are not optional — they are a safety requirement. More thread engagement means more clamping force, which keeps your wheels securely mounted under hard braking and high-speed cornering loads.