Quiet your rear brakes with cleaner, low-dust stops — the Wagner ThermoQuiet QC1724 Rear Ceramic Disc Brake Pad Set drops in as a direct-fit rear pad set for the 2014-2016 Acura MDX, 2016-2022 Honda Pilot, 2017-2025 Honda Ridgeline, and 2019-2025 Honda Passport (All engines).
- Zero-copper ceramic: Wagner OE25™ zero-copper ceramic friction formulation.
- One-piece IMI™ design: integrates the friction material, backing plate, and insulator into the pad for quieter operation.
- Laser-shaped friction: spreads out heat, sound, and vibration to help reduce noise.
- Included hardware: mechanical pad wear sensor and abutment clips included; pad shims are not included.
Compared to conventional semi-metallic pads, this ceramic set is engineered for quieter, ultra-low-dust braking and a smooth, consistent pedal feel during everyday street driving, and its heat-dissipating formulation helps resist brake fade. The slotted friction surface manages heat and sound, and reduced brake dust helps keep wheels cleaner. One set covers the rear axle. Made in the United States. Reference: FMSI 8397-D1724 (FMSI lining 8397 · FMSI steel D1724). Manufacturer part number QC1724.
This part cross-references / interchanges with the following part numbers:
Frequently Asked Questions
Will this pad set fit my vehicle?
It's a rear ceramic pad set for the 2014-2016 Acura MDX, 2016-2022 Honda Pilot, 2017-2025 Honda Ridgeline, and 2019-2025 Honda Passport (All engines). Check the Buyer's Guide tab to confirm your vehicle.
Is any hardware included?
Yes—a mechanical pad wear sensor and abutment clips are included. Pad shims are not included with this set.
Are these front or rear pads?
These are cataloged as a rear-axle disc brake pad set.
What are the benefits of the ceramic formulation?
The Wagner OE25 zero-copper ceramic formulation is designed for quieter operation and low dust for cleaner wheels during everyday street driving.
Does this cover both wheels?
One set covers the rear axle (both wheels). It's best practice to replace the pads on both sides together as a matched set for even, balanced braking.
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