ARP Honda Extended Wheel Stud 1007711 Heavy Duty Automotive
The ARP Honda Extended Wheel Stud is a crucial component designed for automotive enthusiasts seeking enhanced performance and safety. These heavy-duty wheel studs are engineered specifically for Honda vehicles, ensuring a perfect fit and superior functionality. Made from premium materials, the ARP extended wheel stud offers increased strength and durability, which is essential for high-performance applications or when using larger wheels and tires.
One of the key advantages of the ARP extended wheel stud is its longer length compared to standard wheel studs. This added length allows for more secure clamping and is particularly beneficial when using spacers or aftermarket wheels that require additional thread engagement. By providing a more rigid connection between the wheel and hub, these wheel studs help to prevent wheel loosening and enhance overall handling, making them suitable for both street and track use.
In addition to their performance benefits, these wheel studs are also designed with ease of installation in mind. The precision engineering ensures that they align perfectly with factory mounting holes, reducing the risk of cross-threading and enabling a straightforward installation process. When it comes to reliability and performance enhancements in your Honda, ARP extended wheel studs are an excellent upgrade.
FITMENT:
These extended wheel studs are specifically designed for compatibility with various Honda models. Ensure your vehicle meets the specifications outlined for optimal performance and safety. Always refer to your vehicle's service manual for detailed compatibility information.
Key Features & Benefits
- Heavy-duty construction for superior strength and durability.
- Extended length for enhanced thread engagement and security.
- Precision-engineered for a perfect fit in Honda applications.
- Ideal for use with aftermarket wheels and spacers.
- Reduces the risk of wheel loosening during high-performance driving.
- Simplified installation process minimizes the potential for cross-threading.
