Rear Brake Rotor for 2013-2019 Ford Explorer & More - Dynamic Friction 900-54222

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$76.99
MPN: 900-54222
UPC: 190920056055
Item Package Quantity: 1
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Dynamic Friction Company Disc Brake Rotor P/N:900-54222
Dynamic Friction Company Disc Brake Rotor P/N:900-54222
$76.99

Built for smoother stopping at the rear axle, the Dynamic Friction brake rotor, part number 900-54222, is a DFC Hi-Carbon Alloy rotor with a GEOMET coating and 100% precision mill-balancing. It is a direct-fit rear replacement for many vehicles, among them the 2013-2019 Ford Explorer, 2013-2019 Ford Taurus and 2013-2019 Ford Flex. See the Buyer's Guide tab for the full list and engine details.

  • Precision mill-balanced: every rotor is mill-balanced for smoother stopping and is designed to minimize vibration.
  • Premium iron castings: engineered with G3000/G11H18 iron castings for strength, stability and durability.
  • Fine-turned finish (16 RMS): helps the rotor and pads break in at first use.
  • GEOMET® coated: the coating provides high-performance corrosion protection.
  • OE vane configuration: designed for proper heat dissipation.
  • Controlled tolerances: made to maximum limits for disc thickness variation (DTV) and lateral runout.

As a rear disc brake rotor, it gives the brake pads a surface to clamp against. This friction turns the vehicle's motion into heat, which the vanes help carry away. Signs that a rotor may need replacing include a pulsing brake pedal, grinding or scraping noises, deep scoring or grooves, and heavy rust pitting on the braking surface. Replacing both rear rotors together as a matched pair, along with new pads, is recommended for even, balanced braking.

Frequently Asked Questions

Is this Ford Explorer brake rotor right for a 2017 Explorer?

Yes. It is listed as a rear rotor for the 2013-2019 Ford Explorer, which includes 2017. The Buyer's Guide tab shows every vehicle it fits.

Which position does rotor 900-54222 fit?

It is cataloged for the rear position on the listed applications.

What coating does the Dynamic Friction 900-54222 rotor have?

It is GEOMET coated to provide high-performance corrosion protection.

Why does the rotor have a 16 RMS fine-turned finish?

The fine-turned 16 RMS surface finish is intended to help the rotor and brake pads break in at first use.

Should I replace both rear rotors at the same time?

Yes, replacing both rear rotors together as a matched pair is recommended for even, balanced braking. Pairing them with fresh pads is also good practice.