QA1 MOD Series Front Coilover Conversion Kit - Double Adjustable, 0-2" Drop, 400 lbs/in Rate - 1967-1976 Plymouth Valiant bilstein-b1-suspension-shock-absorber-reservoir-mount Part Number R250-175 Part Name

Part Number R250-175 Part Name Coilover Conversion Kit UPC 806990017376 Vehicle 1971-1976 Plymouth Scamp Adjustment Type 2-Way Spring Rate 175 lbs/in Third Member Included No Axle Shafts Included No Upper Control Arms Included No Lower Control Arms Included No Air Bags Included No Rear Shocks/Struts Included Yes Coilover Springs Included Yes Spring Finish Black Suspension Package Finish Black Powdercoated Bushings Included Yes Bushing Material Spherical Bearing Sway Bar Included No Watts Link Included No Panhard Bar Included No Adjustable Panhard Bar Included No Upper Trailing Arms Included Yes Adjustable Upper Trailing Arms Included Yes Adjustable Upper Trailing Arms Type Double Adjustable Lower Trailing Arms Included Yes Adjustable Lower Trailing Arms Included Yes Adjustable Lower Trailing Arms Type Single Adjustable Trailing Arm Mount Braces Included Yes Trailing Arm Hardware Included Yes Rotors Included No Calipers Included No Vehicle Fitment

24E FWD Chassis CU2 Engine 2400 Spring Type Progressive Ride-Height Adjustable No Spring Rates - Front 7

Part Number SPL ELT F3X Part Name Eccentric Toe Lockout Kit UPC 887753909114 Vehicle 2014-2018 BMW 328d (F30/F31) Vehicle Fitment

1978 Hyundai Pony (X1)

QA1 MOD Series Front Coilover Conversion Kit - Double Adjustable, 0-2" Drop, 400 lbs/in Rate - 1967-1976 Plymouth Valiant bilstein-b1-suspension-shock-absorber-reservoir-mount Part Number R250-175 Part NameQA1 Front Coil Over Conversion System , Convert your 1967 1976 Plymouth Valiant from torsion bar suspension to a QA1 coil over system. Kits include a tubular K member for reduced weight and room for big tube headers. Modular motor mounts offer many engine options including Gen 3 Hemis. Systems easily bolt in without any cutting or welding. QA1 tubular Control Arms and rack and pinion steering greatly improve drivability and performance while providing