KW 2015+ Mercedes-Benz C Class (W205) RWD V3 Coilover Kit

The KW V3 Leveling coilovers start with a foundation of Inox-Line Stainless Steel construction, offering truly permanent corrosion resistance that won't wear off even when you're adjusting the suspension. This means the struts have an unlimited lifespan against rust, a notable benefit for a component exposed to the elements. These coilovers are designed for drivers who want the enhanced driving dynamics that KW V3 suspensions are known for, but need to maintain a ride height close to stock, especially if you frequently encounter poorly maintained roads or live in an area where maximum lowering isn't practical.

What really sets these apart is the independent adjustability for low-speed rebound and low-speed compression damping, utilizing KW's patented TVR-A and TVC-A multi-valve technology. This allows you to fine-tune the suspension's behavior to your exact preferences. The TVR-A system lets oil flow through an adjustable bypass during slow damper speeds, while opening a main valve for maximum fluid displacement at higher speeds. Similarly, the TVC-A compression valve offers fine-tuning for low speeds, with a blow-off feature for high piston speeds. This level of control helps reduce body roll and pitching during cornering and braking, leading to a more direct and sporty feel.

Beyond the damping adjustments, the composite spring perches are made from a wear-resistant, friction-optimized polyamide with a stainless-steel insert. This design prevents oxidation and ensures maximum strength. Each coilover is hand-built in Germany, dyno-tested, and given a unique serial number. The kit allows for subtle height adjustments, enabling you to fine-tune the car's stance front-to-rear or even achieve a slight lift for additional ground clearance, with front height adjustment from -0.4in. to -1.6in. and rear from -0.2in. to -1.4in. Elastomer bump stops with integrated dust protection are also included to keep dirt and water away from the piston rod and seals, further enhancing durability.