Pay in 4 interest-free payments of $47.02 Learn more
Ships within 48 hours · Estimated delivery Oct 7 - Oct 12
Part Number SPL FLCA G29 Part Name Titanium Front Lower Control Arms UPC 887753909404 Vehicle 2018-2023 BMW Z4 (G29) Quantity Pair of 2 Vehicle Fitment
Part Number 52620-D500 Part Name Coilover Conversion Kit UPC 806990000927 Vehicle 1975-1979 Ford F-150 Adjustment Type 2-Way Spring Rate 500 lbs/in Crossmember Included Yes Crossmember Material Steel Front Spindles Included Yes Spindle Type Stock Height 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 No 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
BC Racing BR Series Coilovers for the 2003-2010 BMW 5 Series (E60) are BC Racing's entry-level coilover and the most popular kit in their entire lineup — they offer the most accessible entry into adjustable coilover suspension without sacrificing performance
2015 Hyundai i30 Hatchback 1
2013 BMW M3 Convertible (w/ EDC)
Tanabe Sustec Front Strut Tower Bar for 2000-2005 Toyota Celica h&r-camber-plates Part Number SPL FLCA G29The Tanabe Sustec front strut tower bar for the 2000 2005 Toyota Celica is one of the most effective bolt on chassis upgrades available, delivering an immediately noticeable improvement in steering precision and body rigidity. This Toyota Celica strut bar connects the front shock towers, preventing independent movement that causes changes in suspension geometry and allowing your dampers, springs, and stabilizers to perform at their full potential. The
