Polaris 3/8-24 Press-In Wheel Stud and Nut with Free-Spinning Washer
Keep your Polaris performing safely and reliably with this high-quality 3/8-24 press-in wheel stud and nut set. Specifically engineered to meet or exceed OEM performance, this replacement component ensures a secure wheel connection for your Polaris vehicle’s front and rear hubs. Designed for durability and precision, it’s the ideal solution for riders who demand strength, accuracy, and long-lasting performance from their off-road equipment.
This exact replacement for Polaris part numbers 7515513 and 7547237 provides a perfect fit for most Polaris models equipped with steel wheels. Whether you are maintaining your factory setup or replacing damaged hardware, this stud and nut combination offers a dependable fitment and consistent torque retention under extreme riding conditions. The included free-spinning washer nut ensures even tightening and reduces friction during installation, allowing for smooth assembly and a balanced wheel mount every time.
Each set includes one stud and one nut, precision-machined for optimal threading and press-fit security. The corrosion-resistant finish enhances longevity and prevents rust, even in muddy, wet, or high-impact environments. With a simple installation process, this replacement hardware is perfect for both DIY enthusiasts and professional mechanics seeking an OEM-quality replacement without the high dealership cost.
Specifications:
- Thread Size: 3/8-24
- Application: Front and rear hubs on most Polaris models with steel wheels
- OEM Replacement: Polaris 7515513 and 7547237
- Includes: One stud and one nut with free-spinning washer
- Weight: 2 oz
- Dimensions: 9 × 7 × 1 in
Ensure your Polaris is trail-ready with this durable wheel stud and nut set. Whether you ride a Polaris RZR, Ranger, or ACE, this replacement component restores confidence in your wheel assemblies, keeping you safe and your machine performing at its best. Built to handle the toughest terrains, it’s a small but vital part that delivers big reliability where it matters most.
