Honda Accord 2013–2017 · Maintenance schedule & cost to maintain

Honda's Minder sheet has a real severe number for this one: low-speed mountain driving or trailer towing runs the transmission hot, and Honda says change the fluid every 25,000 miles in that use instead of waiting for sub-code 3, which dealers see land anywhere from 30,000 to 60,000 miles. The case file's CVT shudder entry is the reason to lean early: on-time fluid is what keeps these units healthy. Drain and fill only, no flush machine, about 3.7 quarts of Honda HCF-2.

The V6 sedan's conventional automatic takes Honda ATF DW-1, about 3.3 quarts at a drain and fill, and has a yellow dipstick for checking. Honda's 25,000-mile footnote for hot-running use applies here too, otherwise wait for sub-code 3. Same warning as the CVT: DW-1 only, mixing in another fluid is a durability problem Honda excludes from coverage.

Owners assume the two-motor hybrid has no transmission to service. It does: the e-CVT takes Honda ATF DW-1, roughly 2.2 to 2.5 quarts at a change, drained through a bolt behind the engine undercover and refilled through the dipstick tube. Only a drain and fill is routine, the strainer lives inside the unit and is not a maintenance part. Follow sub-code 3.

Honda's manual gives no mileage for the 6-speed. It says have the dealer check the level at the check bolt and replace if necessary, and the 2017 Minder sheet ties sub-code 3 to CVT models. Honda dealer guidance for manuals runs 30,000 to 45,000 miles, which is the range to use. About 2 quarts of Honda MTF. Honda allows 10W-30 or 10W-40 motor oil only as a stopgap: it lacks the additives and long-term use stiffens the shifts.

Honda's rule for this generation is printed above the Minder table: replace the brake fluid every 3 years, independent of anything the display says. At typical US mileage that lands near this bucket the first time, then again around year six. The spec is Honda Heavy Duty DOT 3, with DOT 3 or DOT 4 from a sealed container as a substitute, never DOT 5. No separate severe number exists.

The K24W four-cylinder has a chain and needs nothing here. The J35 V6 has a belt, and this generation's own manual prints the severe number: replace it every 60,000 miles if you regularly drive above 110 F, below minus 20 F, or tow a trailer. Otherwise the Minder raises sub-code 4, which for this V6 lands near the 105,000 mile or 7 year interval Honda has used on the J-series for years. It is an interference engine, so a snapped belt is an engine job, not a belt job.

Honda does not print a replacement mileage. The belt gets inspected every time sub-code 2 comes up, and shops replace it on cracking, glazing, or a tensioner that has run out of travel. Real-world life is 60,000 to 100,000 miles. One belt drives the alternator and A/C compressor on these cars, so a failure stops the charging system at once.

Honda inspects the brakes under every B service and prints no replacement mileage. On a midsize sedan in mixed driving the first front set commonly goes somewhere in the 40,000 to 70,000 mile range, sooner in the stop-and-go that puts you on the severe side of every item above. The hybrid's regenerative braking stretches pad life well past that. Measure at this point rather than assume.

Honda inspects suspension under every B service and prints no wear-out mileage. Independent shops see the first set needed between 50,000 and 100,000 miles, sooner on rough roads. The interaction that matters: worn struts let the tire bounce and cup the tread on their own, with the alignment still in spec. If tires are wearing oddly and the alignment printout is clean, check the struts before paying for a second alignment. Replace in pairs, then align, since new struts change ride height and geometry. The range below spans a front pair to all four corners.

Honda inspects the driveshaft boots under every B service. Start looking at 60,000 miles or five years, whichever comes first, with boots typically lasting 70,000 to 130,000 miles. A torn boot flings grease onto the inner wheel and rotor, and grease-soaked pads get replaced, not cleaned, so a cheap boot check can save a brake job. Once a boot has torn, shops fit a whole axle because the joint has usually taken in dirt and the labor is the same. Clicking on tight turns means the joint is already gone.

No Honda mileage exists. Rubber bushings typically make 70,000 to 120,000 miles on decent roads, 50,000 to 80,000 on pothole or salt-belt roads, and they age out at 8 to 10 years regardless of odometer. The money interaction: worn bushings let the arm shift under load, so an alignment done on top of them drifts back out within weeks. A car that keeps needing alignment needs bushings first. Squeaks and clunks over bumps are the tell. On this Accord the arm is usually replaced as an assembly rather than pressed.

Honda schedules nothing for mounts. The rubber and hydraulic mounts on this platform typically run 80,000 to 150,000 miles, sooner with stop-and-go duty or oil leaking onto the rubber, and hydraulic mounts show dark fluid weeping from the body when they are done. What owners notice: a clunk going into drive or reverse, idle vibration in gear that fades in neutral, and the engine lurching under throttle. Cost shown is per mount at an independent shop. Nothing generation-specific about a weak mount position cleared two sources for this car.

Honda replaces plugs under sub-code 4, which owners and dealers see at roughly 100,000 to 105,000 miles. Iridium long-life plugs, NGK DILKAR7G11GS (Honda 12290-5A2-A01) on the K24W. Four plugs on the four-cylinder and hybrid, six on the V6, which is why the V6 quote runs higher. Running past due costs fuel economy and coil life before it costs a misfire. On a V6 that has been drinking oil (see the case file), fouled plugs can force this earlier.

Both engines use screw-type adjusters, and Honda's sub-code 4 includes an inspection with a feeler gauge, done at the plug change since the valve cover is already off. Dealers quote $400 to $500 for it, independents $150 to $300. It is not an upsell on this generation: it is on Honda's own sheet, and a shop that says it is unnecessary is skipping a factory item.

If you confirmed light-duty use and skipped the 60,000-mile severe interval, sub-code 4 puts the V6 belt here alongside the plugs. Same job, same water pump and tensioner advice as the 60,000-mile entry. Whichever schedule you follow, this is a once-per-ownership expense on the V6 and zero on the four-cylinder.

Honda prints no mileage: sub-code 5 raises it, and dealers put the first change near 120,000 miles or 10 years on the factory fill of Honda Long Life Type 2, which comes pre-mixed 50/50. The manual is blunt about substitutes: other non-silicate coolants are for emergencies only and continued use can corrode the system. No separate severe number is published. Repeat every 5 years or 60,000 miles after this one, since replacement Type 2 is rated shorter than the factory fill.

Honda does not schedule alignment by mileage. It is triggered by events: new tires, any strut, axle, or control arm work above, a hard pothole hit, or a pull and uneven wear. Add a check every 12,000 to 15,000 miles or annually. Skipping it right after new tires or suspension parts wastes part of what you just spent, because a misaligned car scrubs new rubber from day one. This generation has no documented factory alignment defect, so this is a wear-and-event item, not a known weak point.

The 9th-gen Accord is a front-drive commuter sedan, so a standard all-season touring tire is the right call on every trim. Sizes run 16-inch on the LX, 17-inch on EX, EX-L, Touring, and Hybrid, 18 or 19-inch on the Sport and V6 coupe, and the 2016 to 2017 Sport and Touring moved to 235/40R19. The 19s cost meaningfully more per set and ride harsher, which matters if you are shopping between trims. A performance or all-terrain tire buys nothing on this car except worse wet grip and shorter tread life. Budget a set every 50,000 to 70,000 miles, and treat the new set as the trigger for the alignment above.

Batteries fail on a calendar, not an odometer: 3 to 5 years is the norm, less in heat and short-trip use. Load-test from year 3, replace by year 5 before it strands you. The case file's battery entry already covers the undersized factory unit, the drain complaints, and the sensor recall, so treat that as read. What to buy: the four-cylinder ships with a Group 51R at about 500 CCA, the V6 with a Group 24F at 650 to 750 CCA, so check the label in the car, not the model year. On where to buy: the claim that big-box stores get a lower-tier version of the same brand is contested and not asserted here. What is checkable is the warranty, which on the same 51R runs from 24 to 48 months of free replacement depending on the seller, so compare that line, not just the price.