QA1 MOD Series Front Coilover Conversion Kit - Double Adjustable, 0-2" Drop, 350 lbs/in Rate - 1965-1972 Dodge Coronet whiteline-sway-bar-link-eye-bushing Part Number SB1046 Old Part

Part Number SB1046 Old Part Number NB137 Part Name NEOMAX Coilovers Vehicle 2012-2023 BMW 2 Series 4 Cyl Chassis Code F22 Drivetrain AWD/RWD Ride-Height Adjustable Yes Adjustment Type 1-Way Spring Rates - Front 8 kg/mm Spring Rates - Rear 9 kg/mm (Separated shock and spring) Super Low Drop Optional Yes Swift Springs Optional Yes Custom Spring Rates Optional Yes Custom Spring Rates - Rear Option Note Rear spring rates can not be changed on some kits

2000 Toyota Camry CE (XV20/XV30/XV40)

Bilstein B12 (Sportline) Suspension Kit for the 1996-1998 BMW 328i include a complete set of Bilstein Performance Dampers paired with Eibach (Sportline) springs that provide extreme lowering between 30-60mm (depending on application)

Part Number B-11-DS Part Name DS Series Coilovers Vehicle 1996-2001 Mitsubishi Lancer Evo 4/5/6 Drivetrain AWD Chassis Code CP9A/CN9A Damping Adjustment 1-Way (30 levels) Ride-Height Adjustable Yes Spring Rate - Front 6 kg/mm Spring Rate - Rear 6 kg/mm Spring Size - Front 62-200-6K Spring Size - Rear 62-220-6K Swift Springs - Front 62-203-X Swift Springs - Rear 62-228-X Camber Plates - Front Included Camber Plates - Rear Not Applicable Suspension Design - Front True Coilover Suspension Design - Rear True Coilover Vehicle Fitment

QA1 MOD Series Front Coilover Conversion Kit - Double Adjustable, 0-2" Drop, 350 lbs/in Rate - 1965-1972 Dodge Coronet whiteline-sway-bar-link-eye-bushing Part Number SB1046 Old PartQA1 Front Coil Over Conversion System , Convert your 1965 1972 Dodge Coronet vehicle 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