KONI Freightliner XC EVO FSD Rear Shock Absorber

The rear shock absorber is engineered to provide precise damping control, enhancing ride comfort and vehicle stability under varying load and road conditions. It features KONI’s Frequency Selective Damping (FSD) technology, which automatically adjusts the shock's firmness based on the frequency of road vibrations, delivering optimal performance without sacrificing comfort.

Constructed with durable materials tailored for heavy-duty applications, this component ensures longevity and consistent performance in demanding freightliner environments. Its robust design manages suspension dynamics effectively, reducing chassis wear and improving handling characteristics.

• Frequency Selective Damping (FSD): Adapts to different driving conditions by varying damping force according to vibration frequency.
• Durability: Built to withstand rigorous operational stresses typical to commercial freight vehicles.
• Improved Stability: Enhances control, minimizing body roll and improving traction on uneven surfaces.
• Reduced Maintenance: Engineered for longevity, decreasing the frequency of replacements and associated downtime.
• Precision Engineering: Manufactured to tight tolerances for consistent and reliable shock absorption.

As part of the heavy-duty suspension component category, this shock absorber stands out by integrating advanced damping technology traditionally reserved for high-performance applications. This integration ensures the vehicle maintains optimal handling characteristics while preserving occupant comfort and protecting suspension components.

KONI’s reputation for delivering high-quality, performance-oriented suspension products lends confidence in the shock absorber’s capability to meet rigorous industry standards for freightliner rear suspension systems.

Installation of this shock absorber contributes directly to improved vehicle dynamics and operational efficiency, making it a critical component for commercial freight vehicles requiring reliable rear suspension performance.