Vogtland Club Lowering Suspension Kit for 2008-2012 Volkswagen Golf/GTI 1.6 TDI, 2.0 TDI MK6, 50mm Strut, 30mm Rear Drop (1K) silvers-neomax-2-way-coilovers Drop Spindle Material Cast Iron

Drop Spindle Material Cast Iron Spindle Finish Natural Upper Control Arms Included Yes Lower Control Arms Included Yes Control Arm Style Tubular Control Arm Material Steel Control Arm Color Black Upper Ball Joints Included Yes Lower Ball Joints Included Yes Rack and Pinion Included Yes Steering Rack Type Hydraulic Power Assist Rack Material Aluminum Rack Color Natural Shocks Included Yes Coilover Springs Included Yes Spring Finish Gray/Silver Disc Brake Kit Included No Front Rotor Included No Front Caliper Included Yes Brake Pads Included No Sway Bar Included No Center Link Included No King Pins Included No King Pin Bearings Included No Pitman Arm Included No Idler Arm Included No Tie Rod Sleeves Included Yes Inner Tie Rod Ends Included Yes Outer Tie Rod Ends Included Yes Vehicle Fitment

877 950-550-500 500 5

Bilstein B4 OE Replacement Dampers for the 2015-2016 Volvo S60 are specifically engineered to be the best choice for maintaining the original ride quality of your vehicle

1 mm Reservoir No Segment Light Truck Series B6 4600 Spring Seat Included No Upper Mount Type Eye 12

Part Number 270KFR20-PB Part Name Rear Adjustable Arms Vehicle 2002-2007 Subaru Impreza WRX Chassis Code GD/GG Bushing Type Pillowball Notes Off-road use only Vehicle Fitment

Vogtland Club Lowering Suspension Kit for 2008-2012 Volkswagen Golf/GTI 1.6 TDI, 2.0 TDI MK6, 50mm Strut, 30mm Rear Drop (1K) silvers-neomax-2-way-coilovers Drop Spindle Material Cast IronThe Vogtland Club Lowering Suspension Kit for your 2008 2012 Volkswagen Golf GTI 1. 6 TDI, 2. 0 TDI MK6 (1K) improves the look of your vehicle and improves stability to give you the confidence you need behind the wheel. The Vogtland Club Lowering Suspension Kit uses our trusted sport springs and the best shock absorbers to provide an answer for all your vehicle's shortcomings. The damper characteristics and spring rates were optimized to function as a