Bilstein B8 5160 46mm Monotube Suspension Rear Shock Absorber for 2017-2026 Ford F-250 Super Duty (P558) megan-racing-lowering-springs 2016 Toyota Avalon 4DR/6CYL FWD

2016 Toyota Avalon 4DR/6CYL FWD (GSX40L)

Part Number 52340-M400 Part Name Coilover Conversion Kit UPC 806990023698 Vehicle 1963-1966 Plymouth Valiant Adjustment Type 2-Way Spring Rate 400 lbs/in Crossmember Included Yes Crossmember Material Steel Crossmember Color Black Powdercoated Front Spindles Included Yes Spindle Type Stock Height Spindle Material Ductile Iron Spindle Finish Black Powdercoated 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 Color Black Shocks Included Yes Shock Type Double Adjustable Coilover Coilover Springs Included Yes Spring Finish Black 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

2004 Honda S2000 (AP2)

2019 Jaguar F-Type R Coupe (X152)

AS2 Series Suspension Shock Absorbers are ideal for racers demanding a lightweight design with upgrade capability

Bilstein B8 5160 46mm Monotube Suspension Rear Shock Absorber for 2017-2026 Ford F-250 Super Duty (P558) megan-racing-lowering-springs 2016 Toyota Avalon 4DR/6CYL FWDBilstein B8 5160 Remote Reservoir Shock Absorbers to your 2017 2026 Ford F 250 Super Duty (P558) are designed as a direct fit solution for lifted trucks and SUVs. The remote reservoir will offer increased cooling capacity and wheel travel to optimize overall performance compared to a traditional shock absorber. These Shock Absorbers feature a monotube design for consistent fade free performance and utilize velocity sensitive digressive valve settings