H&R TRAK+® Wheel Spacers for Nissan GT-R Type R35 (2009-2021)

Transform your Nissan GT-R Type R35's stance with the H&R TRAK+® Wheel Spacers, part number 3065666. Designed specifically for the 2009-2021 models, these spacers push your wheels outward, aligning them more flush with the fenders. This not only enhances the visual appeal of your vehicle but also optimizes performance by utilizing every millimeter of fender space, just like high-end sports car manufacturers do.

Key Features

• Increased Track Width: The TRAK+® Wheel Spacers widen your vehicle's track, offering improved stability and handling.
• Hubcentric Design: These spacers feature a perfect fit hubcentric design, ensuring even load distribution and lateral support, similar to your factory hub.
• Durable Construction: Made from a proprietary aluminum/magnesium alloy, these spacers are lighter and stronger than standard 6061-T6 billet aluminum.
• Easy Installation: Designed for affordability and straightforward installation, making it accessible for DIY enthusiasts.

Specifications

• Bolt Pattern: 5/114.3
• Center Bore: 66mm
• Thread Type: 12x1.25
• Spacer Type: DRM
• Width: 15mm
• Stud Type: Standard

Compatibility

The H&R TRAK+® Wheel Spacers are compatible with the following vehicle:

• Nissan GT-R Type R35 (2009-2021)

Installation Notes

Before installation, ensure that the holding clamp or bolt in the brake disc or drum is removed if our spacer does not show any relief. The spacer must always fit flush with the hub. Additionally, if the depth of the wheel spacer is smaller than the length of the standard studs, the wheels used must allow for small cavities in the mounting pad. If your wheels lack cavities, consider shortening the standard studs to prevent them from extending beyond the height of the spacer.

Customer Feedback

Enthusiasts who have installed the TRAK+® Wheel Spacers on their GT-Rs have reported noticeable improvements in both aesthetics and handling. The perfect fit and robust construction have made these spacers a favorite among performance-driven drivers.