SF Racing Track Coilovers for 2005-2009 Honda StepWgn (RG1/RG2/RG3/RG4) Galant Optional: Aluminum Camber Plates with

Optional: Aluminum Camber Plates with Pillowball Bushings Top Mounts - Rear Aluminum with Rubber Bushings Suspension Design - Front True Coilover Suspension Design - Rear Divorced (Separate shock and spring) Fitment Notes -

Part Number SF-HO04-02-TR Vehicle 2009-2014 Honda Fit Drivetrain FWD Chassis GE6/GE7/GE8/GE9 Damper Model Track Series Damping Adjustability 1-Way: Rebound and Compression Damper Size - Front 52mm diameter Damper Size - Rear 46mm diameter Spring Rates - Front 6 kg/mm Spring Rates - Rear 3 kg/mm Top Mounts - Front Not Applicable Top Mounts - Rear Not Applicable Suspension Design - Front True Coilover Suspension Design - Rear Divorced (Separate shock and spring) Fitment Notes -

Part Number SF-LE05-10-TR Vehicle 2013-2020 Lexus GS300 Drivetrain RWD Chassis GRL10 Damper Model Track Series Damping Adjustability 1-Way: Rebound and Compression Damper Size - Front 50mm diameter Damper Size - Rear 46mm diameter Spring Rates - Front 12 kg/mm Spring Rates - Rear 11 kg/mm Top Mounts - Front Standard: Aluminum with Rubber Bushings

SF Racing N2 Coilovers are designed for performance-focused drivers looking for high-end suspension upgrades for their 2006-2011 BMW 3 Series Sedan RWD (E90) are the best coilovers available for street-driven cars

SF Racing Track Coilovers for the 2009-2014 BMW X6 AWD (E71/E72) are the best coilovers available for street-driven cars

SF Racing Track Coilovers for 2005-2009 Honda StepWgn (RG1/RG2/RG3/RG4) Galant Optional: Aluminum Camber Plates withSF Racing N2 Coilovers are designed for performance focused drivers looking for high end suspension upgrades for their 2005 2009 Honda StepWgn. Engineered for track, circuit, and rally racing, the N2 Series features external reservoirs and a dual piston design that increase oil capacity and improve thermal efficiencyresulting in longer lasting, fade resistant performance under extreme conditions. With 32 levels of independent rebound and compression