SF Racing Track Coilovers for 1997-2000 Mercedes-Benz C55 AMG (W202) Wrangler JK Part Number MTSGWBM98 Part Name

Part Number MTSGWBM98 Part Name Coilover Kit UPC 05903855627956 Vehicle 1992-1999 BMW 328i Chassis Code E36/E46 Series Street Housing Gold Camber / Top Mount Front Axle Yes Camber / Top Mount Rear Axle Yes Coilover Main Spring - Front Spring Rate (70 N/mm) Coilover Helper Spring - Front Spring Rate (20 N/mm) Coilover Main Spring - Rear Spring Rate (200 N/mm) Coilover Helper Spring - Rear Spring Rate (5

TDI SEL Chassis Code AU Adjustable Yes Bar Color Silver Bar Diameter 24 mm Bushing Color Black Bushing Material Polyurethane Bushings Included Yes Finish Powder Coated Grade Type Performance Installation Difficulty Moderate Installation Time (hrs) 2 Kit Contents 1 Sway Bar

SR20DET Damper Piston Diameter 44mm Spring Rate - Front 8K Spring Rate - Rear 6K Spring Length - Front 7" Spring Length - Rear 8" Camber Adjustment - Front Front: Yes Camber Adjustment - Rear Not applicable Notes Also fits 180SX/200SX/Silvia models Vehicle Fitment

H&R Sport Sway Bars for your 2008-2011 BMW 335d Sedan (E90) are designed for drivers who desire improved handling without lowering or affecting ride quality

5GT Chassis Code BM/BR/BS Bushing Material Polyurethane Sway Bar Adjustable - Front Yes Sway Bar Diameter - Front 24 mm Sway Bar Included - Front Yes Sway Bar Links Included - Front Yes Grade Type Performance Installation Difficulty Moderate Installation Time (hrs) 4 Kit Contents 2 Sway Bars

SF Racing Track Coilovers for 1997-2000 Mercedes-Benz C55 AMG (W202) Wrangler JK Part Number MTSGWBM98 Part NameSF Racing Track Coilovers for the 1997 2000 Mercedes Benz C43 AMG (W202) 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