2020 Ford F-250 Super Duty Brake Specs: Pads, Rotors & Torques

As an ASE-certified master technician, I’ve wrenched on countless heavy-duty trucks, and the 2020 Ford F-250 Super Duty is a frequent flyer in the shop for brake maintenance. Whether you're hauling gooseneck trailers, hauling heavy payloads to the job site, or just daily driving, this truck demands a lot from its braking system. The 2020 model year carries over the beefy braking architecture introduced in the aluminum-body redesign (2017+), featuring massive 14.29-inch rotors at all four corners.

Below is your comprehensive brake specification guide, designed to give DIYers and fellow technicians the torque specs, fluid requirements, and dimensional data needed to perform a safe, professional-grade brake job.

Quick reference

Note: Always verify exact OEM part numbers with your local Ford dealer using your VIN, as specific packages (like the Tremor or max tow packages) may occasionally dictate different hardware.

How to choose pads

When selecting brake pads for a 3/4-ton truck like the F-250, your choice of friction material is critical. The right pad depends entirely on how you use the truck:

• Heavy-Duty (HD) / Carbon-Fiber Ceramic (e.g., Power Stop Z36): This is my top recommendation for F-250 owners who tow regularly. These pads are formulated to handle extreme heat cycles without exhibiting brake fade. They offer aggressive bite when you have a 10,000 lb trailer pushing you down a grade.
• Semi-Metallic (e.g., Wagner SevereDuty): Semi-metallic pads are the old reliable of the HD truck world. They dissipate heat incredibly well and provide excellent cold bite. The trade-off is that they produce significantly more brake dust and can be noisy (squealing) under light braking.
• Standard Ceramic (e.g., Akebono ProACT): If your F-250 is primarily a commuter, grocery-getter, or light-duty work truck, premium ceramic pads are a great choice. They are ultra-quiet, produce almost zero visible brake dust, and are very gentle on the rotors. However, they can glaze over if subjected to excessive towing heat.

Typical service life

Because the F-250 Super Duty utilizes such massive brake components, service life is often surprisingly good, but it varies wildly based on payload.

For an unloaded truck driven normally, front brake pads typically last 50,000 to 60,000 miles, with rear pads stretching to 70,000 miles. However, for a hotshot driver or construction crew constantly maxing out the gross combined weight rating (GCWR), you might burn through front pads in as little as 25,000 to 30,000 miles.

The "Pad-Slap" Interval: A "pad-slap" (replacing just the brake pads and leaving the old rotors in place) is generally not recommended on HD trucks. Because of the extreme heat these rotors endure, they frequently develop hard spots, lateral runout (warping), or heavy glazing. If the rotors are still well above the discard thickness, they must be machined on a brake lathe to ensure a flat surface. If you simply must pad-slap to get by, I only recommend doing it once per rotor lifecycle, and only if the rotors show zero signs of grooving or pulsation.

Common brake issues for this generation

The 2017+ generation of the Super Duty is relatively robust, but there are a few quirks to watch out for:

1. Caliper Slide Pin Seizing: This is the most common issue I see. The rubber boots can crack, allowing water and road salt into the slide pin bore. The pin rusts, freezing the caliper in place. This causes the inboard pad to wear down to the backing plate while the outboard pad looks brand new. Always clean the pins and use a high-quality silicone-based brake grease.
2. Rotor Warpage (Lateral Runout): Over-torquing the lug nuts (they should be 165 lb-ft) or aggressively holding the brakes at the bottom of a steep hill while towing can cause the massive front rotors to warp, resulting in a violent steering wheel shake when braking.
3. Vacuum Pump Failure (Diesel Models): For trucks equipped with the 6.7L Power Stroke, the vacuum pump that supplies the brake booster can occasionally fail, leading to an extremely hard brake pedal.

Brake job cost estimate

If you are tackling this job in your own driveway, expect to spend between $250 and $400 for high-quality aftermarket pads and rotors per axle. Keep in mind you will need a serious breaker bar to remove the caliper bracket bolts, which are torqued to over 200 lb-ft and often feature factory thread locker.

If you take your F-250 to a dealership or an independent shop, a complete front or rear brake job (pads, new rotors, and labor) will typically run between $500 and $750 per axle. A complete four-wheel brake job with premium OEM or heavy-duty towing components can easily push the $1,200 to $1,500 mark.

Find a trusted brake shop on Repairius.