Description
Eibach 30mm Pair Wheel Spacers Black BMW | Toyota 2011-2024 and S90-7-30-059-B
Eibach's Pro-Spacer wheel spacers provide fine tuning for precise fitment of wheels and tires, delivering increased track-width and improved styling. With the S90-7-30-059-B model, you can enhance your vehicle's performance while achieving a more aggressive stance.
Features:
- Widen Your Stance - For Better Handling.
- Made from High-Strength Aircraft-Aluminum Alloy.
- Precision Engineered Hub-Centric - for Perfect Fit and Wheel Balance.
- Reduced Weight Compared to Steel Wheel Spacers.
- Kit Includes 2 Spacers and all necessary mounting hardware.
- Million-Mile Warranty
Fitment:
- BMW M2 RWD G87 3.0LTT 2023
Note:
- 30mm Spacer / Bolt Pattern 5x112 / Hub Center 66.5. This Kit includes additional wheel bolts to mount the wheel. When using this kit, you have to use these wheel bolts as the original bolts are too long to mount the wheel.
- We do not guarantee fitment, height, or warranties on unlisted applications.
Eibach and S90-7-30-059-B
The S90-7-30-059-B spacers are designed specifically for enthusiasts who demand the best from their vehicles. Eibach is renowned for its commitment to quality and performance, making these spacers an excellent choice for those looking to improve their driving experience. The precision engineering behind the S90-7-30-059-B ensures that your vehicle maintains optimal handling characteristics while also providing a visually appealing stance.
The S90-7-30-059-B and Eibach 30mm Pair Wheel Spacers Black BMW | Toyota 2011-2024
When it comes to aftermarket modifications, Eibach stands out as a leader in the automotive industry. The S90-7-30-059-B spacers not only enhance the aesthetics of your vehicle but also contribute to better handling by widening the track. This is particularly beneficial for performance-oriented drivers who seek improved cornering stability and overall road grip. With Eibach's dedication to excellence, you can trust that the 30mm spacers will meet your expectations for both quality and performance.
