H&R Trak+ 11mm DR Spacer Bolt Pattern 5/112 CB 66.5mm Bolt Thread 14x1.25 - Black - 2255664SW

Frequently Asked Questions

What is the vehicle fitment for H&R HR DR Wheel Spacers?

Ensuring precise fitment requires confirming compatibility with your specific vehicle's bolt pattern, center bore, and bolt thread specifications, which for this unit are 5/112 bolt pattern, 66.5mm center bore, and 14x1.25 bolt thread. This thorough check guarantees a perfect integration for optimal performance and safety. Verify your vehicle's requirements to confirm direct compatibility.

How easy is it to install H&R HR DR Wheel Spacers?

Installation of the H&R DR Wheel Spacers is a straightforward bolt-on process, rated a 7/10 for ease of DIY installation, especially with available extended hardware. This design minimizes complexity, allowing for a quick and efficient upgrade. You can confidently achieve a wider stance and improved handling yourself.

What performance enhancements do H&R HR DR Wheel Spacers offer?

Achieve an enhanced vehicle stance and improved handling with a usage score of 8/10 for Street Performance and Track/Autocross. The proprietary alloy construction provides superior strength and durability, directly contributing to increased stability and responsiveness. Experience a more engaging drive with these performance-oriented spacers.

Is upgrading to H&R HR DR Wheel Spacers from OEM worthwhile?

Upgrading to H&R HR DR Wheel Spacers is worthwhile as the special proprietary alloy exceeds 6061-T6 billet aluminum in strength and durability. This material advantage ensures superior performance and longevity compared to standard OEM components. Enjoy enhanced vehicle dynamics and a visually striking profile.

What is the material composition of H&R HR DR Wheel Spacers?

The H&R HR DR Wheel Spacers are constructed from a special proprietary alloy that delivers superior strength and durability. This advanced material surpasses the performance of standard 6061-T6 billet aluminum, ensuring long-lasting performance. Trust in the robust engineering for demanding driving conditions.