SPC Performance Rav4 Adj. Camber Arm – Right

Wheel spacers are a great way to create brake clearance, add track width, prevent tire rub, and provide ideal wheel fitment on your vehicle. Mishimoto now offers a complete catalog of wheel spacers for a variety of common thread patterns, center bores, and thicknesses. Quality material selection, precise engineering, and meticulous manufacturing are critical elements to creating our incredibly robust products, and our wheel spacers are no different. Each spacer is forged from 6061-T6 aluminum. This material offers a perfect blend of strength and lightness, both are extremely vital in this application. Our spacers feature grade-12.9 steel studs and lug nuts, ensuring a safe and secure installation. Mishimoto’s hub-centric design provides a direct extension of the axle hub for precise wheel fitment, reduced load on the hardware, and ensures safe and smooth driving.—-Mishimoto wheel spacers feature a black anodized finish to ensure protection against corrosion. Each kit contains two wheel spacers with pre-installed studs and all hardware necessary for installation. As with all our products, this wheel spacer kit includes our signature Lifetime Warranty.
Mishimoto 5×114.3 Wheel Spacers, Fits Toyota GR Corolla 2023+

No matter what you drive, or how you drive it controlled stopping power, in all conditions is necessary. Brembo brake kits come with everything you need. Prime Ceramic Brake Pads minimize noise and vibration for maximum driving comfort. Also, reduced friction wear and low dust emission means aesthetically beautiful wheel rims and less maintenance. Brembo always uses the same material for its aftermarket disc production as used by the original manufacturer. High Carbon cast iron, compared to the standard materials used offers a higher damping coefficient that decreases vibration and noise, improves brake behavior and ensures better driving comfort and better heat conduction properties that allows faster transfer of heat from the braking surfaces to other surfaces shortening cooling times. For Xtra discs special alloy high carbon materials are produced and tested to have greater resistance to the thermo-mechanical stress to which the brake disc is subjected