BMW 320i xDrive Brake Parts

345x24mm, two-piece construction with cast friction ring and lock riveted aluminum hub, dimpled and slotted, sold and priced each

340x30mm, Z-coated semi floating rotor, sold and priced individually

345x24mm brake rotor, semi floating with aluminum hat, sold and priced each

Semi-metallic brake pad set utilizing application specific friction materials

345x24mm brake rotor, semi-floating with aluminum hat, sold and priced each

370x30mm, one-piece cast construction, dimpled and slotted, sold and priced each

50ft, CuNiFer composition for easy bending, flaring, and corrosion resistance

345x24mm, one-piece cast construction, dimpled and slotted, sold and priced each

340x30mm, dimpled and slotted rotor, solid construction.

The most likely source of all the scratching noises you're hearing while accelerating, made of billet aluminum, an easy repair solution that saves hours of labor for broken parking brake cable retainers

Low dust ceramic brake pad set formulated for optimal performance, cleanliness, and service life

Semi-metallic brake pad set utilizing application specific friction materials

345x24mm Z-Coated brake rotor, one piece rotor, sold and priced each

50ft, MAXFLEX copper nickel alloy brake line for easy bending, flaring, and corrosion resistance

340x30mm, Z-coated rotor, sold and priced individually

Low dust ceramic brake pad set formulated for optimal performance, cleanliness, and service life

Semi-metallic brake pad set utilizing application specific friction materials

Low dust ceramic brake pad set formulated for optimal performance, cleanliness, and service life

Semi-Metallic Brake Pad Compound Formulated for OE Performance and Extended Service Life

Semi-Metallic Brake Pad Compound Formulated for OE Performance and Extended Service Life

Includes four 40mm aluminum caliper pistons, square cut seals, dust boots, and bleeder screws, one kit rebuilds one caliper

312x24mm, Z-coated, sold and priced individually

Aluminum-Zinc Anti-Corrosion Coating for Extended Service Life and Heat Dissipation