2023 Ford F-350 Super Duty — Brake Pad & Rotor Specs

Quick reference

How to choose pads

The 2023 F-350 Super Duty spans multiple GVWRs and SRW/DRW configurations, so choosing the correct friction is about matching load and duty cycle:

• Ceramic: Quiet, clean, and rotor-friendly. A good fit for lightly loaded SRW trucks that spend most time highway cruising. Not ideal for repeated mountain descents, heavy towing, or plow service where peak temperature is high.
• Semi-metallic: Higher thermal capacity and bite, better for frequent towing/hauling, jobsite stop‑and‑go, and hilly terrain. Expect a bit more dust and occasional squeal versus ceramics.
• Heavy-duty formulations: “Severe duty” or carbon‑fiber/ceramic hybrids (e.g., Power Stop Z36) are tailored to high GVWR, towing, or plow work. They trade some refinement for fade resistance and durability under heat.

When selecting, match brand line to usage, then confirm part numbers by VIN. On Super Duty models there are multiple pad shapes depending on axle rating and rotor size, and SRW vs DRW often differs. If you’re towing at or near GCWR, semi‑met or HD pads with premium rotors are recommended.

Typical service life

• Light duty (mostly highway, modest loads): 60,000–90,000 miles for pads; rotors often last 1–2 pad sets if not heat‑checked.
• Mixed use (commute + weekend towing/hauling): 35,000–60,000 miles for pads; rotors commonly replaced with every pad set if nearing minimum or showing pulsation.
• Heavy duty (frequent towing at/near max, plow service, hills): 15,000–35,000 miles for pads; rotors may require replacement each pad cycle due to heat and wear.

Always measure rotor thickness and runout rather than relying on mileage alone. Super Duty rotors are large but can still suffer heat stress if lug torque is uneven or if the truck sees repeated heavy stops.

Common brake issues for this generation

• Pulsation/judder under braking: Often from rotor thickness variation or uneven hub/rotor mating. Clean the hub face thoroughly, index-mark rotors, and torque lugs in stages with a calibrated torque wrench. Avoid impact‑only tightening.
• Seized or slow slide pins: Big calipers live in dirt/salt. Clean and lube pins with high‑temp silicone/PTFE brake grease at every pad service. Replace pin boots that are torn.
• Inner pad over-wear: A sign of seized slide pins or caliper not floating freely. Check pin bores and caliper bracket abutments; de‑rust and use proper abutment clips.
• Parking brake drag/noise: The F‑350 uses a drum‑in‑hat parking brake. Delaminated shoes, seized levers, or cable misadjustment can cause heat and poor fuel economy. Inspect and service when rear rotors are off.
• Fluid neglect: Old fluid absorbs moisture, raising pedal travel and boiling risk on long downgrades. Flush every 2–3 years or 30,000 miles (sooner for severe service), using the fluid spec on the cap/manual.

Brake job cost estimate

Costs vary by axle rating, SRW vs DRW, and parts quality:

• Front pads + rotors (per axle): $450–900 with quality aftermarket; $700–1,200 with premium/HD parts. Add $150–300 if calipers or hardware need replacement.
• Rear pads + rotors (per axle): $400–850 with quality aftermarket; $650–1,100 with premium/HD parts. Parking brake shoes/hardware add $100–250 in parts and labor if needed.
• Brake fluid flush/bleed: $110–180 with DOT 4 LV fluid.

Machine rotors only if they remain above minimum thickness after machining, with runout and parallelism in spec; otherwise replace. On heavy trucks, replacement is often the better value.

Notes on specs and part numbers: Ford offers multiple brake packages within the 2023 F‑350 line. Always confirm pad shape, rotor size, and torque specs by VIN using Ford service information or a trusted parts source. Rotor minimums are cast or stamped on the hat and supersede generic values. Never reuse torque‑to‑yield bolts if specified by Ford.

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