TRQ Rear Brake Pads Ceramic Compatible with 2000-2005 Ford Excursion
TRQ Rear Brake Pads Ceramic Compatible with 2000-2005 Ford Excursion
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Our review of the TRQ Rear Brake Pads Ceramic focuses on drivers of late-model Ford heavy-duty trucks who need a direct-fit, OE replacement rear pad set. These pads are aimed at owners of 1999-2004 F-250 and F-350 Super Duty trucks and 2000-2005 Ford Excursion who want a ceramic option that matches OE reference numbers like F81Z2200AA and YC3Z2200AA. The single biggest reason to consider these pads is the straightforward, vehicle-specific fit and ceramic friction material that targets quieter operation and consistent stopping power compared with low-end organic pads.
Key Features
- Direct Fit: Designed to be an OE replacement, the pads install into the specified rear calipers without modification for a quicker swap.
- Ceramic Material: The ceramic friction formulation aims to reduce dust and provide stable braking performance under typical driving conditions.
- Vehicle Specific: Compatibility notes and OE reference numbers are provided to help ensure the pads match 1999-2004 F-250 and F-350 and 2000-2005 Excursion rear assemblies.
- Complete Set: The kit contains four pads and includes black backing plates and shims to mirror original appearance and damping behavior.
- Consistent Thickness: Inner and outer pad thickness values are matched at 0.67 in overall, which supports predictable wear and replacement intervals.
Who It's For
These pads are best for owners of compatible Ford Super Duty trucks and Excursions who prefer a ceramic option that claims OE-level fit and wants to avoid extensive brake system modifications. Mechanics doing routine rear pad replacements on these models will appreciate the supplied reference numbers to verify fitment.
Drivers who need specialized heavy-duty towing performance, track use, or unusually aggressive braking should look elsewhere for high-performance or semi-metallic formulations designed for extreme heat. Also confirm fitment against your vehicle using the listing details before purchase, since some buyers reported fit differences.
Pros & Cons
Pros
- Direct-fit design simplifies installation for compatible 1999-2005 Ford rear brakes.
- Ceramic pads tend to produce less visible dust and provide smooth stopping in everyday driving.
- Includes backing plates and shims in black for a finished, OEM-like look.
Cons
- Fitment receives mixed feedback from customers, so checking vehicle-specific details is essential.
- Some users report intermittent noise, so results can vary by vehicle and bedding procedure.
Specifications
| Pad Quantity | 4 |
| Friction Material | Ceramic |
| Inner/Outer Overall Thickness | 0.67 in (17 mm) |
| Inner/Outer Height | 159 mm (6.26 in) |
| Inner/Outer Width | 52 mm (2.05 in) |
| Backing Plate Color | Black |
| OE Reference Numbers | F81Z2200AA, YC3Z2200AA |
Our Verdict
The TRQ rear ceramic pads are a practical, value-oriented choice for owners of the listed Ford Super Duty and Excursion rear applications who want an OE-style replacement with reduced dust and consistent thickness. They represent good value for routine street and light towing use, but confirm fitment carefully and be aware that noise and fit experiences vary across individual vehicles.
Frequently Asked Questions
Will these pads fit my 2003 F-250?
They are listed as compatible with 1999-2004 F-250 Super Duty rear brakes, but always check the vehicle-specific fitment information in the listing before ordering.
Are these pads ceramic or semi-metallic?
These are ceramic friction pads designed to be an OE replacement for rear applications on the noted Ford models.
Do they come with hardware?
The set includes pads with backing plates and shims; confirm whether any additional clips or pins are needed for your specific caliper during installation.
Editor's Take
The TRQ rear ceramic pads are a practical OE-style replacement for compatible 1999-2005 Ford Super Duty and Excursion rear brakes, offering reduced dust and consistent thickness; verify fitment and expect variable noise results.

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