Description
Enhance the performance and appearance of your 2019-2022 Mercedes-Benz A220 Sedan V177 with the H&R Sport Springs, specifically designed for models without Adaptive Damping. Engineered to lower your vehicle's ride height, these sport springs improve handling characteristics and provide a more aggressive stance without compromising ride comfort.
Manufactured in Germany at H&R's ISO 9001 certified facility, each spring is crafted from premium 54SiCr6 spring steel. This ensures exceptional strength and durability, resulting in unmatched performance and reliability. The H&R Sport Springs are meticulously engineered to provide a smooth and controlled ride for your A220 Sedan V177.
Key Features:
- Enhanced Handling: H&R Sport Springs improve the handling of your Mercedes-Benz A220 Sedan V177, providing increased stability and better control during cornering.
- Lowered Ride Height: These springs lower your vehicle by 1.5-2.0 inches on average, giving it a more aggressive stance and improved aerodynamics.
- Optimized for Non-Adaptive Damping: Specifically designed to work seamlessly with your vehicle's non-adaptive damping system, ensuring optimal ride quality and performance.
- High-Quality Construction: Crafted from premium 54SiCr6 spring steel, H&R Sport Springs offer superior strength and durability for long-lasting performance.
- Improved Driving Dynamics: Experience a more responsive and engaging driving experience with enhanced cornering grip and reduced body roll.
- Precision Engineering: Manufactured in Germany at H&R's ISO 9001 certified facility, ensuring each spring meets rigorous quality standards and delivers optimal performance.
- Direct Fitment: Designed for a perfect fit on the 2019-2022 Mercedes-Benz A220 Sedan V177, ensuring easy installation and compatibility with your vehicle's suspension system.
Transform your 2019-2022 Mercedes-Benz A220 Sedan V177 with H&R Sport Springs and enjoy improved handling, a lowered ride height, and a driving experience that's both comfortable and exhilarating.
