Seasonal Pick Wisefab Querlenker Camber Arms Bmw E36 E46 Hinterachse Unten Einstellbar Uniball Starter Kit [hCobjs2B]

Wisefab Querlenker Camber Arms for BMW E36 E46

Introducing the Wisefab Querlenker Camber Arms, a revolutionary solution for BMW E36 and E46 models. This innovative component allows for adjustable camber at the rear axle, providing unparalleled control and customization for your vehicle. With the Wisefab Querlenker Camber Arms, you can achieve precise and stable handling, ensuring your BMW performs at its best.

Key Features and Benefits

The Wisefab Querlenker Camber Arms are designed with several key features that make them stand out. Firstly, they offer a wide range of adjustable camber, allowing you to fine-tune your vehicle's performance to your specific needs. The stable uniball bearings at the car body side ensure a smooth and accurate transmission of road irregularities to the suspension, providing a precise setup of the axle geometry. This feature is particularly beneficial for those who have lowered their vehicles or participate in motorsports, as it allows for easy adjustment of the ride height and camber.

Why Choose Wisefab Querlenker Camber Arms

Traditional factory-installed control arms do not provide the ability to adjust the camber, which can be a significant drawback after a lowering modification or in motorsport applications. The Wisefab Querlenker Camber Arms address this issue by offering a comprehensive solution that allows you to restore the manufacturer's recommended camber values or tailor the suspension to the specific conditions of your track. This is especially crucial when using a coilover suspension system, as it requires precise adjustments with every change in vehicle height. The Wisefab Querlenker Camber Arms come as a set of two, including one for the left and one for the right side, and are delivered within 3-5 business days after payment is received. With these features, the Wisefab Querlenker Camber Arms are an essential upgrade for any BMW E36 or E46 enthusiast seeking optimal performance and control.