Bilstein B4 OE Replacement dampers are specifically engineered to be the best choice for maintaining the original ride quality of your vehicle, while meeting or exceeding OE standards. These dampers are the ideal choice for the driver looking to restore the original performance and handling of their vehicle, with the added benefit of world-famous Bilstein quality.
Twintube Shock Absorber
Volkswagen Passat 1997-1990
Restores original driving comfort, handling and safety
High power reserves for maximum safety
Precise Construction
High OE quality
Restore your Volkswagen Passat's original ride quality with the Bilstein B4 OE Replacement Twintube Shock Absorber. Designed to meet or exceed OE standards, these dampers are engineered to maintain the vehicle's factory handling, comfort, and safety. Ideal for drivers seeking to preserve or restore their car’s original performance, the Bilstein B4 shocks offer reliable durability and precise construction, ensuring a smooth and controlled driving experience. The Bilstein B4 shock absorbers feature high power reserves that enhance safety and handling in various driving conditions. Their innovative design provides optimal damping and stability while preserving the vehicle’s factory ride height and comfort. Whether replacing worn-out shocks or restoring your vehicle to factory specifications, these dampers deliver consistent performance and peace of mind. Constructed with quality materials and precision engineering, these shocks are suitable for a range of Volkswagen Passat models from 1990 through 1997. Easy to install, they provide a seamless fit that restores your vehicle’s original handling characteristics. As a trusted brand, Bilstein guarantees that these B4 dampers will deliver dependable performance and long-lasting durability, making them a smart choice for maintenance or restoration projects.
Features:
Twintube design for reliable damping performance
Restores original ride comfort, handling, and safety
High power reserves for maximum safety and stability
Precise construction for optimal fit and performance
