2019 Nissan Altima — Brake Pad & Rotor Specs

Quick reference

How to choose pads

• Daily commuting and low dust: Ceramic pads are the go‑to for the 2019 Altima. They’re quiet, rotor‑friendly, and keep wheels cleaner. Look for premium ceramic lines from Akebono (ProACT), Bosch (QuietCast), Wagner (ThermoQuiet), or Power Stop (Z23 Evolution ceramic). Always match the pad set to your rotor diameter (296 mm vs ~320 mm front) and VIN.
• Balanced bite and heavier duty: If you live in hilly areas, carry loads, or want a firmer initial bite, a high‑quality semi‑metallic is appropriate. Expect a bit more dust and occasional squeal, but better fade resistance.
• Severe service/spirited use: For the rarer larger‑brake 2.0 VC‑Turbo packages, performance‑oriented ceramic or semi‑metallic compounds (e.g., Akebono Performance, Power Stop Z26) can help with heat management. Ensure rotor size compatibility and bed the pads properly.

Avoid bargain pads; this platform is sensitive to NVH. OE‑equivalent shims, proper abutment hardware, and silicone‑ceramic brake grease on slide points make a big difference in pedal feel and noise.

Typical service life

• Front pads: Commonly 30,000–50,000 miles on ceramics with mixed city/highway driving. Aggressive city use or ride‑share duty may shorten life to 20k–30k.
• Rear pads: Often 50,000–70,000 miles. Electronic parking brake use (if equipped) and stop‑and‑go commuting can reduce life.
• Rotors: Two pad cycles are possible if thickness stays above minimum, surfaces are even, and runout is within 0.002–0.004 in (0.05–0.10 mm). Many shops replace rather than machine modern thin rotors; measure before deciding.

To decide on a pad‑slap (pads only):

• Measure rotor thickness at multiple points and compare to the minimum stamped on the rotor hat.
• Check lateral runout with a dial indicator; correct hub rust and clock the rotor to minimize runout.
• Inspect for heat checking, deep scoring, or blueing—replace if present.

Common brake issues for this generation

• Pulsation from rotor thickness variation: Often caused by hub corrosion or improper lug torque. Clean hub faces to bare metal and torque lugs evenly to spec.
• Slide pin binding: Road salt can dry out or corrode guide pins, leading to tapered pad wear and pulling. Clean and lubricate with high‑temp silicone or glycol‑based brake grease; replace torn boots.
• Squeal at low speed: Glazed pads or missing stainless abutment shims are typical. De‑glaze rotors lightly, install new hardware, and apply thin film of brake lubricant on ears/abutments (not friction surfaces).
• Rear pad premature wear: Sticking rear caliper levers (parking brake) or infrequent EPB cycling can keep pads in light contact. Verify lever return and caliper operation; recalibrate EPB after service if equipped.
• Brake pedal feel: Air intrusion from overdue fluid is common. Replace brake fluid every 2–3 years regardless of mileage (DOT 3).

Brake job cost estimate

Parts and labor vary with rotor size and trim. Typical independent‑shop pricing (per axle):

• Pad slap (pads + hardware, resurface only if rotor thickness allows): $160–$280 front; $150–$260 rear.
• Pads and rotors (quality ceramic pads + coated rotors): $320–$520 front; $300–$480 rear.
• Premium/performance package (larger front rotors on VC‑Turbo or upgraded pads/rotors): add $60–$150 per axle.

Add $20–$40 for brake fluid exchange if due, and budget for seized hardware or slide‑pin kits on higher‑mileage vehicles. Always torque wheels to spec and perform a proper pad bed‑in to minimize noise and maximize life.

Notes on part numbers: Nissan used multiple pad and rotor sizes across the 2019 Altima lineup. Because part numbers depend on VIN, build date, wheel package, and engine (2.5 vs 2.0 VC‑Turbo), confirm OEM pad sets (front D1060‑xxxxx, rear D4060‑xxxxx) and aftermarket cross‑reference part numbers with a dealer or the manufacturer’s catalog before ordering.

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