H&R Trak+ 15mm DRM Wheel Adaptor Bolt 5/114.3 Center Bore 66 Stud Thread 12x1.25 Black

3065666SW

H&R TRAK+ DRM Series 15mm black wheel spacers for R35 GTR with M12x1.25 thread. These spacers are sold as a pair of 2 and include the spacers with studs pre-installed and nuts. 

The DRM Series spacers bolt to the hub with the existing OEM studs and secure them with the special short nuts. The wheel will now be bolted to the new DRM wheel studs while the existing OEM studs will nestle behind the recesses in your wheel.

Vehicle Fitment:
• 2009+ Nissan R35 GTR with M12x1.25 thread
• Does NOT fit Nismo models with M14 x 1.5 thread
• Looks great front and rear
• You will also need to purchase Longer Wheel Studs (sold separately)

Purchase Includes:
(2) Spacers

Features:
• Widen vehicle track with TRAK+ Wheel Spacers
• 'Perfect fit' hubcentric design
• Durable lightweight aluminum/magnesium alloy
• Affordable and easy to install
• Bolt Pattern: 5/114.3
• Center Bore: 66mm
• Bolt/ Stud: Stud
• Thread Type: 12x1.25
• Spacer Type: DRM
• Width: 15mm

Install Notes:
All DR-Systems require longer wheel bolts. These must be ordered separately. These are hub-centric flat disc type spacers which require the factory hub to center the wheels. Please measure the vehicle hub to verify sufficient height will remain to center the wheel after spacer installation.

More from H&R:
Wider is Better! H&R TRAK+ Wheel Spacers move your wheels and tires outwards so they are more flush with the fender-instantly giving your vehicle the perfect stance. High end sports car manufacturers use every millimeter of fender space available in their design for the best looks and highest performance and so should you. With TRAK+ you can fill the gap in your fenders and GO WIDE!

TRAK+ Wheel Spacers are manufactured from a special proprietary alloy specifically developed for H&R that is lighter and has a higher tensile strength than 6061-T6 billet aluminum. H&R TRAK+ Wheel Spacers are hubcentric and feature a full contact hub-just like the factory hub-for even load force distribution and lateral support.