Eibach BMW F90 M5 Pro Kit Lowering Springs (inc Competition)

Unlock the full potential of your BMW F90 M5 with the Eibach Pro Kit Lowering Springs. Designed for enthusiasts who demand superior performance and striking aesthetics, these high-quality lowering springs offer a perfect balance of improved handling, ride comfort, and aggressive styling.

Key Features:

• Enhanced Handling: The Eibach Pro Kit lowers the center of gravity of your BMW F90 M5, significantly reducing body roll and improving cornering stability for a more dynamic and responsive driving experience.
• Sporty Appearance: Achieve a sleek, aggressive stance with a ride height reduction of approximately 25mm at the front & 20mm at the rear, giving your F90 M5 a commanding presence on the road.
• High-Quality Construction: Crafted from high-tensile steel, these springs are engineered to withstand the demands of both daily driving and spirited driving, ensuring consistent performance and durability.
• Improved Performance: Experience enhanced traction, reduced squat during acceleration, and better overall responsiveness with precision-engineered lowering springs.
• Perfect Fit: Specifically designed for the BMW F90 M5, ensuring seamless integration with your vehicle’s original suspension components for optimal performance.

Why Choose Eibach BMW F90 M5 Pro Kit Lowering Springs?

For BMW F90 M5 owners seeking the best in performance and aesthetics, the Eibach Pro Kit Lowering Springs are the ultimate upgrade. These springs not only enhance your vehicle's visual appeal but also deliver significant improvements in handling and ride quality. Ideal for both daily driving and track days, the Eibach Pro Kit ensures your BMW performs at its best.

Compatibility:

• Custom-designed for the BMW F90 M5 (2018 and newer).
• Includes Competition models.

Installation: The Eibach Pro Kit Lowering Springs are designed for straightforward installation, compatible with factory dampers, and requiring no major modifications. Professional installation is recommended for optimal results.