2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
Front
DFC 5000 Advanced Brake Pads Low Metallic OEM Specific Replacement Pad Standard Brakes Full Cast Replacement for Aluminum Hat Rotors Required Hardware: 340-31052 Required Sensor: 341-31086 (1)
2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
Front
DFC 5000 Advanced Brake Pads Low Metallic OEM Specific Replacement Pad Standard Brakes Full Cast Replacement for Aluminum Hat Rotors Required Hardware: 340-31052 Required Sensor: 341-31086 (1)
2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Incl.Clips
2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Incl.Clips
1 Per Vehicle
2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Incl.Clips Eng: B58B30M0
2024 BMW X5 equipped with 3.0L L6 MILD HYBRID EV-Gas MHEV DOHC Turbo
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Incl.Clips Eng: B58B30M0
1 Per Vehicle
2024 BMW X5 equipped with 3.0L L6 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo
1
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Eng: B58B30M1
2024 BMW X5 equipped with 3.0L L6 PLUG-IN HYBRID EV-Gas PHEV DOHC Turbo
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany Eng: B58B30M1
1 Per Vehicle
2024 BMW X5 equipped with 4.4L V8 MILD HYBRID EV-Gas MHEV DOHC Turbo
1
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany
2024 BMW X5 equipped with 4.4L V8 MILD HYBRID EV-Gas MHEV DOHC Turbo
Rear
Low-Metallic OE Formulated Friction Material Designed and Engineered in Germany