MPA Electrical BR5456G Disc Brake Rotor and Hub Assembly - Front

Brake Rotor Overview

The MPA Electrical BR5456G is a new coated disc brake rotor and hub assembly built for front brake service on select Ford trucks and vans. It combines OE-style vane design with a protective black coating to support consistent stopping performance and corrosion resistance.

Key Features

• OE-style vane design promotes efficient cooling during repeated stops.
• Coated finish helps protect the rotor from rust in harsh conditions.
• New, regular-grade replacement for front brake service.
• Engineered to reduce noise, vibration, and fade during braking.
• Fits select Ford E-150 Econoline, F-150, E-100 Econoline, F-100, and B-100 applications.

Detailed Description

MPA Electrical BR5456G is a coated front disc brake rotor and hub assembly for select Ford E-150 Econoline, F-150, E-100 Econoline, E-100 Econoline Club Wagon, F-100, and B-100 applications. The OE-style vane layout supports airflow through the rotor for better heat management, while the black protective coating adds resistance against rust and high-temperature exposure. This part is a direct-fit style replacement for vehicles that require a coated front rotor with the listed fitment and notes.

This part cross-references Monroe Shocks & Struts (e.g., 172286, 182286) for the same application.

What It Is Used For

• Replacing a worn or rusted front brake rotor.
• Restoring braking smoothness when noise or vibration is present.
• Addressing fade during repeated braking.
• Servicing coated rotor applications with the correct fitment notes.

Installation Notes

Verify the year, model, and notes before installation. Fitment includes front applications only, and some listings specify an 11-inch drum note. Match the existing brake configuration to the catalog data before ordering.

Quality Assurance

The Black Series coating is designed to withstand high temperatures while maintaining corrosion protection. The rotor is supplied new and finished with a coated surface for added durability in demanding environments.