Chromoly Race Lug Nuts
The ZRP Chromoly Race Lug Nuts – M12x1.5 are purpose-built for Ultra4, desert racing, and aggressive off-road use, where wheel retention is non-negotiable. Manufactured from billet 4130 chromoly steel, these lug nuts deliver exceptional strength, corrosion resistance, and long-term durability under extreme conditions.
Designed by ZRP specifically for their Ultra4 and desert race programs, these lug nuts combine refined race-ready form with uncompromising function. Whether you’re racing, prerunning, or building a high-performance trail machine, these lug nuts provide the confidence OEM hardware simply can’t match.
🏁 Race-Proven Strength
- Billet 4130 chromoly construction
- Engineered for extreme load and repeated high-torque cycles
- Built to survive racing abuse and fast pit changes
🔩 Optimized for Performance Builds
- M12x1.5 thread
- Fits Polaris, Can-Am, and Honda SxS models
- Through-drilled design allows use with longer wheel studs
- Maximizes thread engagement for improved wheel security
🧰 Fast & Easy Serviceability
- Accepts 3/4" or 19mm socket
- Ideal for quick tire changes in race environments
- Precision-machined threads for smooth installation
🛡️ Corrosion Resistance & Premium Finish
- Yellow zinc plating for corrosion protection
- Classic ZRP premium race look
- Built to maintain appearance and performance over time
🔧 Recommended Pairing
For maximum strength and durability, pair these lug nuts with ZRP 17-4 Stainless Wheel Studs for the ultimate race-ready wheel hardware setup.
📦 Sold Options
- Sold Individually (per lug nut)
- Available in sets of 16 or 20 for full vehicle builds
⚠ Important Fitment Note
- Designed for wheels with at least 1 inch of bore clearance around the wheel studs
- Verify wheel compatibility before ordering
🚗 Fitment
- Polaris UTVs
- Can-Am UTVs
- Honda SxS models
- Thread Size: M12x1.5
🏆 Why Upgrade to Chromoly Race Lug Nuts?
OEM lug nuts are not designed for the repeated stress, torque cycles, and impacts of racing. The ZRP Chromoly Race Lug Nuts eliminate weak points, increase clamping reliability, and ensure your wheels stay exactly where they belong—no matter how hard you push.
