2017-2026 Porsche Macan Spindle Knuckle / Wheel Bearing Housing Front, Left 95B407253F

The OEM Spindle Knuckle / Wheel Bearing Housing (Part Number: 95B407253F) serves as a critical component in the front left suspension system of the Porsche Macan models from 2015 to 2020. This part is essential for ensuring the proper alignment of the wheel and the effective transfer of forces during acceleration, steering, and braking. It helps mitigate common issues such as uneven tire wear, poor handling, and reduced ride comfort due to being worn or damaged. By sourcing this authentic part from salvage vehicles, you ensure the reliability and performance your Porsche Macan deserves. Compatible with various trims including Base, GTS, S, and Turbo, it supports multiple engine types, ensuring optimal functionality. The OEM Spindle Knuckle (Part Number: 95B407253B) is integral to the front left assembly of the Porsche Macan, providing a secure connection for the wheel hub and suspension components. This genuine part, designed for model years 2015 through 2020, prevents issues such as noise, vibration, and instability that arise from worn or damaged knuckles. Sourced directly from salvage operations, this spindle knuckle guarantees the authenticity and performance vital for maintaining your vehicle’s handling and safety. Fits Porsche Macan models including Base, GTS, S, and Turbo versions with both 2.0L and 3.0L gas engines, ensuring precision and durability. Ensure your Porsche Macan maintains optimal performance with the OEM Spindle Knuckle / Wheel Bearing Housing (Part Number: 95B407253F). Located on the front left side, this part is crucial for supporting the suspension and wheel assembly, mitigating issues of wear that can lead to steering instability and uneven tire wear. Compatible with the models from 2015 to 2020, including Base, GTS, S, and Turbo trims, it’s the perfect replacement for any damaged or malfunctioning knuckle. Relying on this authentic OEM part sourced from reputable salvage operations guarantees you receive the exact fit and performance needed for various engine configurations, enhancing overall vehicle safety and handling.