SF Racing Track Coilovers for 2020+ Ford Focus ST Wagon (C519) RX450h Part Number SF-MB08-19-SP Vehicle 1976-1985

Part Number SF-MB08-19-SP Vehicle 1976-1985 Mercedes-Benz E-Class Wagon Drivetrain RWD Chassis S123 Damper Model Sport Series Damping Adjustability 1-Way: Rebound and Compression Damper Size - Front 46mm diameter Damper Size - Rear 46mm diameter Spring Rates - Front 18 kg/mm Spring Rates - Rear 15 kg/mm Top Mounts - Front Not Applicable Top Mounts - Rear Not Applicable Suspension Design - Front Divorced (Separate shock and spring) Suspension Design - Rear Divorced (Separate shock and spring) Fitment Notes -

Optional: Aluminum Camber Plates (Pillowball Bushings) Top Mounts - Rear OEM (Reuses Factory Top Mount) Suspension Design - Front True Coilover Suspension Design - Rear True Coilover Fitment Notes -

Part Number SF-TO02-08-SP Vehicle 2007-2011 Toyota Camry SE Drivetrain FWD Chassis XV40 Damper Model Sport Series Damping Adjustability 1-Way: Rebound and Compression Damper Size - Front 52mm diameter Damper Size - Rear 52mm diameter Spring Rates - Front 9 kg/mm Spring Rates - Rear 5 kg/mm Top Mounts - Front Standard: Aluminum with Rubber Bushings

Part Number SF-NI13-02-SP Vehicle 1995-1998 Nissan 240SX Drivetrain RWD Chassis S14 Damper Model Sport Series Damping Adjustability 1-Way: Rebound and Compression Damper Size - Front 52mm diameter Damper Size - Rear 50mm diameter Spring Rates - Front 8

Part Number SF-HY05-01-SP Vehicle 2005-2009 Hyundai Tucson Drivetrain

SF Racing Track Coilovers for 2020+ Ford Focus ST Wagon (C519) RX450h Part Number SF-MB08-19-SP Vehicle 1976-1985SF Racing Track Coilovers for the 2020+ Ford Focus ST Wagon (C519) are engineered for enthusiasts who demand precision and control on the track. These coilovers are specifically designed with advanced valving in the struts, delivering superior handling and responsiveness tailored for track racing while still being versatile enough for street use. SF Track Coilovers provide a wide range of ride height adjustability below factory height without