Bilstein B6 4600 Suspension Rear Shock Absorber for 2004-2016 Ford F-250 Super Duty 525iT 2012 Lexus LS460 RWD

2012 Lexus LS460 RWD

Part Number C-154E-BR Part Name BR Series Coilovers Vehicle 2018-2024 Toyota Camry XSE/XE Drivetrain AWD Chassis Code XV70 Damping Adjustment 1-Way (30 levels) Ride-Height Adjustable Yes Spring Rate - Front 6 kg/mm Spring Rate - Rear 5 kg/mm Camber Plates - Front Included Camber Plates - Rear Not Applicable Suspension Design - Front True Coilover Suspension Design - Rear Divorced Notes This kit is Extreme Low

2nd optional) Control 4-button remote with 4-corner independent control Corners Controlled Adjustable damping per corner Top Mount (Front) Aluminum Mount Top Mount (Rear) Aluminum Mount Notes Ksport Electronic Damping Cancellation Kit EDCNS400 available for this application Vehicle Fitment

Part Number ASTLS-14-1209 Product AST Lowering Springs Production Years 07/2012-03/2018 Model Years 2012-2018 Make Mercedes-Benz Model A-Class Chassis W176 Approximate Drop – Front 35mm Approximate Drop – Rear 35mm TÜV Certified Yes Model Note - Note 1 Not suitable for 4WD (four-wheel drive) cars

Part Number 23-266476 Part Name Strut Assembly Vehicle 2014-2016 BMW 435i UPC 651860802879 Boot Included No Finish Black Paint Internal Design Twintube Lower Mount Type Base Cup Segment Spare Parts Series B4 OE Replacement (DampTronic) Spring Seat Included Yes - Fixed Upper Mount Type Stem Quantity Sold Individually Notes With Electronic Suspension Vehicle Fitment

Bilstein B6 4600 Suspension Rear Shock Absorber for 2004-2016 Ford F-250 Super Duty 525iT 2012 Lexus LS460 RWDBilstein B6 4600 Shock Absorbers for the 2004 2016 Ford F 250 Super Duty are designed as a direct fit upgrade to OE Shock Absorbers on stock height light trucks and SUV's. These Shock Absorbers feature a monotube design which provides consistent fade free performance. B6 4600 Shock Absorbers utilize a unique, velocity sensitive, digressive piston which reacts to changing road conditions. All B6 4600 Shock Absorbers are tuned for each specific