ASC81672 Aluminum Capped Wheel Nuts 17mm

Achieving ultimate wheel security and scale realism in competitive miniature off-road racing builds requires dependable retention hardware that mirrors full-size heavy-duty industrial lug nuts. These precision-machined aluminum wheel nuts thread securely onto standard one-to-eighth scale vehicle axle shafts, ensuring broad compatibility across common competition platforms like the RC8 series. They integrate seamlessly with surrounding wheel and hub assemblies, maintaining consistent clamping force against wheel hexes under extreme cornering loads. Precision engineering incorporates a closed-end cap design that prevents dirt, sand, and track debris from packing into the axle threads.Upgrading these vital retention components helps safeguard your hardware during intense racing conditions while adding a clean, professional aesthetic to your chassis. Enthusiasts can easily pair this hardware with various factory replacement pieces to complete a fully refreshed wheel and hub setup.

Features:

• Capped design defense: Engineered with a closed-end physical barrier that blocks dirt, mud, and track grime from contaminating axle threads and drive pins.

• Material composition: Machined from high-strength aerospace-grade aluminum alloy chosen for superior structural durability under severe race impacts.

• Serrated back flange: Features a built-in textured backing surface designed to bite firmly into the wheel face, preventing accidental loosening under intense motor vibration.

• Standard sizing: Precision-cut with a seventeen-millimeter hex profile to fit standard competition wheel socket drivers and platform requirements.

• Anodized finish: Treated with Team Associated's signature Factory Team blue protective coating for enhanced corrosion resistance and a polished pit-ready look.

• Package quantity: Supplied in a convenient retail set containing four identical nuts to secure all four corners of the chassis simultaneously.

• Quality assurance: Produced under strict manufacturing tolerances to guarantee consistent thread engagement and flawless rotational balance.