Bilstein Black Hawk Powersports Rear Right Shock Absorber and Coil Spring Assembly for 2022-2023 Can-Am Maverick X3 X mr Turbo RR 72 Gran Coupe The 5100 Series shock absorbers

The 5100 Series shock absorbers for the 2001-2005 BMW 3 Series 318d Sedan/Touring/Coupe/Convertible (E46) utilize inverted / upside down technology

Part Number ZY-01-BR Part Name BR Series Coilovers Vehicle 2014-2021 Maserati Ghibli Drivetrain RWD Chassis Code M157 Damping Adjustment 1-Way (30 levels) Ride-Height Adjustable Yes Spring Rate - Front 12 kg/mm Spring Rate - Rear 19 kg/mm Spring Size - Front 62-240-12K Spring Size - Rear 62-72-225-19K-V Swift Springs - Front 62-228-X Camber Plates - Front Not Applicable Camber Plates - Rear Not Applicable Suspension Design - Front True Coilover Suspension Design - Rear Divorced Notes Rear damping extenders are not compatible

Part Number GS1-HON017 Part Name Suspension Kit Vehicle 2018-2019 Honda Civic i-Style Chassis Code FC Spring Rate - Front 253 PPI Sway Bar Adjustable - Front Yes Sway Bar Diameter - Front 27 mm Sway Bar Included - Front Yes Sway Bar Links Included - Front Yes Installation Difficulty Difficult Installation Time (hrs) 7 Kit Contents 4 Springs

Part Number 36-269013 Part Name Coil Spring Vehicle 1999-2000 BMW 328i Chassis Code E46 UPC 651860795829 Finish Black Powder Coat Segment Spare Parts Series B3 OE Replacement Notes Standard Suspension Only Vehicle Fitment

1991 Nissan Skyline R32

Bilstein Black Hawk Powersports Rear Right Shock Absorber and Coil Spring Assembly for 2022-2023 Can-Am Maverick X3 X mr Turbo RR 72 Gran Coupe The 5100 Series shock absorbersBilstein Black Hawk Powersports Coilovers for the 2022 2023 Can Am Maverick X3 X mr Turbo RR 72 are specifically engineered to vastly improve the performance of your UTV. These direct fit coilovers offer position sensitive damping and 4 way adjustability, all features that will take your UTV to the next level. Black Hawk Powersports feature Bilstein's patented ZoneControl position sensitive technology that contains 5 independently tuned damping zones;