Nissan Altima 2013–2018 · Maintenance schedule & cost to own

Nissan's severe schedule is 3,750 miles, and it fits most real driving — short trips, stop-and-go, cold weather. The four-cylinder takes 0W-20 and just under 5 quarts, so one jug does it. The V6 takes a bit over 5 quarts, and the grade changed mid-generation, so check the cap.

Nissan's own Service and Maintenance Guide for this platform lists brake fluid replacement as a standard-schedule item every 20,000 miles/24 months — but under the guide's severe-operating-conditions table (short trips, stop-and-go traffic, extreme heat/cold, dusty or salt-spread roads, towing), it recurs twice as often, every 10,000 miles/12 months. That covers most everyday US driving. Brake fluid is hygroscopic and absorbs moisture regardless of mileage, so don't stretch this on a low-mileage car either.

Nissan's guide lists the in-cabin microfilter (standard equipment on the Altima) for replacement at 15,000 miles/18 months first, then every 30,000 miles after (45k, 75k, 105k...). No distinct severe-condition mileage number is published for this item — the guide only says to replace it more often if you're driving extended periods in dusty conditions, without giving a specific figure. A clogged filter just weakens HVAC airflow and adds a musty smell; it's a 10-minute glovebox job most owners can do themselves.

Nissan's guide lists engine air filter replacement every 30,000 miles as the standard-schedule item. No distinct severe-condition mileage figure is published for this generation — the guide only advises checking/replacing more often in prolonged dusty conditions without giving a number, so use 30,000 miles as the baseline and inspect sooner if you drive on unpaved or dusty roads regularly.

This is the single most consequential item on this car, and the one place where simply following Nissan's own published number is a real risk. The factory guide's only explicit replace figure for CVT-equipped Altimas is 60,000 miles — unusually, that number does NOT drop under Nissan's own severe/towing schedule the way brake fluid and other items do; the guide states the CVT fluid interval stays at 60,000 miles (or a dealer CONSULT deterioration check) regardless of towing or rough-road use. Given how well-documented this generation's CVT failure rate is, especially 2013–2015 (see the problem list above — shudder, overheating, and failure well within 100k miles for many cars), independent CVT specialists and Altima owner communities widely recommend cutting that in half: service the fluid every 30,000 miles, using only genuine Nissan NS-3 fluid, as cheap insurance against a $3,000–$5,000 transmission. Other Altima generations on this site cite a looser 30,000–60,000-mile band; on this one, with this failure history, take the 30,000-mile end and don't drift toward 60,000 just because the factory book allows it. To be clear about what 30,000 is: it is NOT an official Nissan severe-schedule figure — it's owner and independent-shop practice on a transmission with a known failure history, and this file says so plainly rather than passing it off as factory guidance.

Nissan's schedule only lists brake pads as a recurring INSPECT item, never a scheduled replace mileage — pad wear depends on driving style, not the odometer. For an average city/highway mix on a car this size, front pads commonly need their first replacement somewhere in the 40,000–70,000-mile range, sooner if you're doing the stop-and-go driving that also puts you in severe-duty territory above. Inspect at this point rather than assume.

The single accessory belt on both engines runs the alternator, power steering (where hydraulic), and A/C compressor. Nissan's guide only lists it as a recurring INSPECT item ('engine drive belts'), never a scheduled replace mileage — it's a normal wear item, not a documented failure. Inspect for cracking, glazing, or fraying starting around 60,000 miles and replace before it snaps and strands the car.

Nissan publishes no fixed replacement mileage for struts — they're a wear item, generically good for 50,000–100,000 miles depending on roads and driving style. Worn front struts cause uneven or cupped tire wear on their own, independent of alignment or the bushing wear covered below — so if you're chasing uneven tire wear on this generation, check struts AND control-arm bushings, not just the alignment. Struts are always replaced in pairs, and a wheel alignment is needed afterward — budget it in, not as an afterthought (see the alignment item below).

CV boots are a wear item with no fixed manufacturer interval — figure roughly 70,000–130,000 miles of life, and start visually checking for cracks or tears around 60,000 miles or 5 years old, sooner if the car sees curb strikes or off-camber parking. A torn boot flings grease that can contaminate the front brake pads and rotor on that side, turning a relatively cheap boot/axle job into a brake job too if it's caught late — inspect boots at every brake service rather than waiting for a separate appointment.

This is the maintenance-cost side of the failure mode already documented in this file's commonProblems section: front control-arm bushings and ball joints on this generation wear earlier than expected, producing clunks and a loose or wandering front end. As noted there, the bushings usually aren't sold separately from the arm, so the real-world fix is a full control-arm replacement, not a bushing press-in. Generic wear life is 70,000–120,000 miles under normal conditions, 50,000–80,000 on rough roads or in harsh climates (road salt accelerates bushing failure) — treat the lower end as the realistic US-average number, not the upper. The interaction that matters: worn bushings mean an alignment won't hold even right after a fresh alignment job — if you're re-chasing an alignment problem on this car, check bushing condition before paying for a second alignment. Also confirm the 2013 suspension/transverse-link bolt recall (noted in commonProblems) was addressed by VIN — a loose bolt mimics the same symptoms.

Nissan's factory schedule lists spark plug replacement at 105,000 miles/126 months as a standard-schedule item — no distinct severe-condition number is published, so this figure applies regardless of driving pattern. The QR25DE uses long-life iridium plugs, which is why the interval runs this long; it's a genuine factory number, not padding.

Same 105,000-mile factory interval as the 2.5L, but budget for meaningfully higher labor on the V6: the front three plugs are easy to reach, but the rear three sit under the upper intake manifold, which has to come off to access them. That labor difference is why this is broken out as its own line rather than folded into the 2.5L figure above.

Nissan's own explanation of scheduled maintenance items states the factory-fill coolant (Genuine Nissan Long Life Antifreeze/Coolant, Blue) has a first-service interval of 105,000 miles or 7 years — confirmed on Nissan's model-specific 2015 Altima maintenance-schedule tool as applying uniformly across the Standard, Severe, and Premium categories, so there's no distinct severe number to default to here. Don't assume a shorter generic 'Honda/Toyota-style' coolant interval applies — this generation's own published factory number is genuinely this long, and mixing in non-Nissan coolant or non-distilled water shortens it.

Not a fixed manufacturer mileage item — it's triggered by events, not the odometer. Get an alignment any time you install new tires, or right after any of the suspension work above (struts, control arms/bushings, or after a curb strike): skipping it wastes part of the money you just spent, since a misaligned car chews up new tires or re-loads the exact bushings you just replaced. Beyond that, a periodic check roughly every 12,000–15,000 miles or once a year catches drift before it shows up as uneven tire wear. If you're chasing a recurring alignment problem on this car specifically, check control-arm bushing condition first (see above) — worn bushings mean the alignment won't hold no matter how many times you pay for it.

The L33 Altima is a FWD commuter sedan, not an AWD or off-road vehicle, so a standard all-season (or all-season touring) tire is the correct fit — there's no upside to an aggressive all-terrain or mud-adjacent tire here, only worse wet/dry grip, more road noise, and shorter tread life for capability this car will never use. Two interactions worth knowing before buying: get the alignment checked right after installing new tires (see above), or the new tread wears unevenly fast; and if the car is high-mileage, check strut condition first — worn struts cup new tires regardless of how correct the alignment is, wasting part of the tire spend. Factory sizes on this generation run 215/60R16, 215/55R17, or 235/45R18 depending on trim.

Whichever cadence you've been following — Nissan's factory 60,000-mile figure or the proactive 30,000-mile interval recommended above, given this generation's CVT failure history — this isn't a one-time-and-done service. Keep it going for the life of the transmission; a car that's made it to 150k with documented on-schedule CVT service is a meaningfully safer used buy than one without records.

Repeat cadence from the 105k first service — Nissan's guide specifies every 75,000 miles or 5 years going forward for Genuine Nissan Long Life Antifreeze/Coolant (Blue), not a one-time event.

Calendar-based, not mileage-based — a battery on a car driven 5,000 miles a year ages the same as one on a car driven 25,000. Average service life is 3–5 years; the practical guidance is to start load-testing around year 3 and replace proactively by year 5 regardless of what the odometer says, same logic as replacing a timing belt on age rather than waiting for it to actually strand you. What matters when buying a replacement: match the correct BCI Group 35 size and cold-cranking-amp rating for this generation (see the parts desk below) — an undersized or wrong-CCA battery underperforms or may not fit the tray/hold-down correctly. Two things worth knowing before you pick a store, both documented rather than folklore. First, the same brand in the same group size is not always the same battery from store to store: a side-by-side of one Interstate group size found 600 CCA on the Costco version against 650 CCA at Pep Boys, with slightly different listed dimensions — so read the CCA on the actual listing instead of assuming the brand name settles it. Second, warranty structure differs by seller even for the same brand: that same comparison found Costco selling a 36-month term that is prorated (a refund scaled to time in service, not a new battery), against 30 months of outright free replacement at Pep Boys and Amazon. Longer term, weaker remedy. Decide which of those you actually want, keep the receipt, and buy from wherever you'll realistically go back to make the claim.