WAGNER Rotor BD180434E

About this part

Disc Brake Rotor, Front Disc Brake Rotor, 2011-2024 Dodge Durango (Front) (Liter: 57, 36 & Engine(cc): 3604 & Engine(ci): 345, 220 & Cylinder: 8, 6 & Block: V & Bore(in): 392, 378 & Bore(mm): 9957, 960 & Stroke(in): 358, 327 & Stroke(mm): 9093, 830 / Qualifier: with Heavy Duty Brakes, 5 Stud Wheel, with 350 (mm) Front Rotor, with Vented Front Rotors, with Vented Rear Rotors, without Brembo Brake System) 2022 Jeep Grand Cherokee WK (Front) (Qualifier: 5 Stud Wheel, with 350 (mm) Front Rotor, with Vented Front Rotors) 2011-2021 Jeep Grand Cherokee (Front) (Liter: 57, 36, 30 & Engine(cc): 3604, 2987 & Engine(ci): 345, 220, 182 & Cylinder: 8, 6 & Block: V & Bore(in): 392, 378, 327 & Bore(mm): 9957, 960, 830 & Stroke(in): 358, 327, 360 & Stroke(mm): 9093, 830, 920 & Drive: RWD / Qualifier: without Heavy Duty Brakes, with Brake Code BR1, 5 Stud Wheel, with 350 (mm) Front Rotor, with Vented Front Rotors, with Heavy Duty Brakes), Wagner BD180434E Front Disc Brake Rotor for Jeep Grand Cherokee, Wagner® brake rotors are engineered to match OE requirements to provide consistent performance, corrosion resistance and ease of installation Pair Wagner rotors with Wagner brake pads for optimal performance, OE-STYLE DESIGN -- Restores like-new braking performance while matching OE requirements, RESISTS CORROSION -- Painted edges & hats provide reliable corrosion resistance, PRECISION FINISH -- Requires less pad break-in time and aids in proper bedding, CONSISTENT PERFORMANCE -- Precision ground surface finish delivers reliable performance, noise reduction and heat dissipation, SMOOTH BRAKING -- Application-specific OE vane design and thickness help control noise, vibration and harshness (NVH) , PROPER BALANCE -- Precision machined to limit vibrations for improved stability, control and reduced pad wear, QUALITY MATERIALS -- High-grade metallurgy provides structural integrity and heat dispersion for reliable performance , PERFECT PAIRING -- Pair Wagner® rotors with Wagner OEX or QS brake pads for optimal performance