1568852322 Wheel Arch Liner | Structural & Aerodynamic Component

1568852322 Wheel Arch Liner - Enhanced Wheel Well Protection

Engineered for precise integration with Mercedes-Benz X156 platform vehicles, the 1568852322 Wheel Arch Liner delivers comprehensive protection against road debris and environmental elements. This textured black component features OEM-grade polymer construction with deep-grooved drainage channels that redirect water away from suspension components while preventing mud accumulation. Precision-molded contours maintain consistent 3mm clearance around tire sidewalls during full suspension articulation, eliminating rub points. Stone impact ridges absorb kinetic energy from road debris while the integrated attachment points accommodate factory fasteners within 0.8mm positional accuracy. UV-inhibited material formulation prevents brittleness in extreme temperatures ranging from -30°C to 85°C, maintaining structural integrity through seasonal transitions.

Precision fitment on front driver wheel well

Debris-resistant textured surface pattern

Engineered water drainage system

Technical Construction Features

The 1568852322 Wheel Arch Liner incorporates dual-layer polymer construction with impact-resistant ribs that disperse collision energy from road debris across the entire surface area. Integrated anti-vibration pads dampen harmonic resonance at highway speeds while the thermoformed edges create a seal against body panels that prevents moisture intrusion into structural cavities. Precision alignment guides ensure correct positioning during installation with factory-specific mounting points that accommodate all original fasteners without modification. The proprietary textured finish maintains consistent appearance while resisting mud adhesion and simplifying pressure washing maintenance. Reinforced attachment flanges prevent stress fractures during suspension movement with material flex engineered to withstand continuous deflection cycles without fatigue failure.

Vehicle Application Compatibility