Set of Two (2) 1.25" Bolt-On Wheel Spacers (5x120.7/5x4.75 - M12x1.50)
$68.00
& Free Shipping
Buy more, save more. Select a kit amount for reduced pricing.
Buy more, save more. Select a kit amount for reduced pricing.
Everyday Low Prices on All Wheel Accessories The perfect solution for a better stance, more aggressive look, and fixing minor clearance issues. Our billet wheel spacers are among the highest quality available today. CNC machined with precision craftsmanship using 6061 T6 aerospace quality billet aluminum, ensuring the highest level of performance and durability. Helps to fix minor clearance issues by pushing the wheel spoke away from the caliper.
- PERFECT FOR: Eliminating wheel/tire rubbing, clearing wheel issues hitting shocks or brake calipers, mounting larger tires, increasing driving stability, and creating an aggressive stance.
- PROPER INSTALLATION: May require the use hubcentric rings or ET (Extended Thread) lug nuts. You may also need to shorten your vehicle's wheel studs. The vehicle compatibility tool on this listing can only verify bolt pattern and thread size.
- SPECS: 1.25 in. wide wheel spacers - 5x120.7 (5x4.75) bolt pattern - M12x1.5 thread - 74mm hub bore
- FEATURES: Aerospace grade and heat treated 6061-T6 billet aluminum, grade 10.9 pressed in studs, and open-end lug nuts.
- INCLUDES: Two (2) billet aluminum wheel spacer adapters with easy-to-follow installation instructions.
Select your vehicle's year, make, and model to check fitment
Professional installation is required. The compatibility tool can only verify bolt pattern and thread size. Some installations may require shortening of wheel studs. Hub Centric rings should be used for installation of non-hub centric spacers to properly center them on the vehicle hub. Review our Fitment Policy before making your purchase.
WARNING: This product can expose you to chemicals including Chromium (hexavalent compounds), Lead and lead compounds which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to 
