Used Hyundai Tucson vs Higher-Horsepower SUVs: 380+ NHTSA Engine Complaints on 2017-2019 Models and a $4,800 Repair Risk Compared at $17K

Picture a used 2017 Hyundai Tucson listed at $17,000. It's clean and one-owner, and it has a 181-horsepower engine that feels adequate until you merge onto a highway with a loaded back seat. So you start browsing for something quicker. Recently, Jalopnik ran "3 Alternatives To The Hyundai Tucson That Actually Have More Horsepower," and the idea is appealing. More power for similar money sounds like an easy win.

It isn't automatically one. Horsepower is on the listing, but reliability history isn't. A more powerful engine can carry a higher chance of a repair bill that costs more than the horsepower is worth. Below I compare the Tucson with three higher-output alternatives, using approximate NHTSA complaint counts and a five-year cost calculation you can rerun with your own numbers.

A note on the numbers before we start

The complaint counts below are approximate snapshots of what's in NHTSA's public complaint database (nhtsa.gov/vehicle). They shift every week as owners file reports. Treat them as relative signals, not exact figures, and pull the live counts for your specific model year before you negotiate.

The repair costs are typical independent-shop ranges for the U.S., and they vary by region. My probability assumptions in the worked example are illustrative judgment calls, not measured failure rates. NHTSA complaints are self-reported and don't tell you how many cars were sold, so a high count on a best-seller is not the same as a high failure rate. I'll point out where that matters.

RiskBeforeBuy's 347,035-row data layer draws on census, FBI, FEMA, NOAA, USGS, and USFS sources. It has no vehicle-complaint tables, so the vehicle figures here come from NHTSA's public database and not from that layer. One place the FEMA side does help a used-car buyer is flood history, which I cover in the inspection section.

The Tucson baseline: where the complaints cluster

The Tucson isn't a bad vehicle across the board. The trouble concentrates in specific model years, and I've covered that in detail in Hyundai Tucson Has 380+ NHTSA Engine Complaints on 2017-2019 Models vs 145 for the Toyota RAV4.

• 2017-2019 Tucson (2.0L and 2.4L GDI engines): roughly 380+ engine-related complaints, mostly about oil consumption, stalling, and premature bearing wear tied to the Theta II engine family.
• Typical fix: a replacement engine runs about $4,800 installed at an independent shop, and more at a dealer if the warranty has lapsed.
• Why the timing matters: Hyundai's 10-year/100,000-mile powertrain warranty applies to the original owner. Buyers of used cars usually get a shorter 5-year/60,000-mile coverage. A 2017 Tucson bought in 2026 is likely out of it.

Now look at what 181 horsepower gets you against the alternatives.

Head-to-head: Tucson vs three stronger-engine alternatives

I picked three used SUVs that commonly compete with the Tucson on price and offer noticeably more power. The horsepower figures are approximate and depend on model year.

Vehicle (typical used range)	Approx. horsepower	Approx. NHTSA complaint pattern	Main risk area	Typical repair cost
Hyundai Tucson 2.4L (2017-2019)	~181	380+ engine complaints	Engine oil consumption / failure	$4,800
Mazda CX-5 2.5L Turbo (2018-2021)	~227-250	Roughly 60-90 total, low on engine	Turbo/carbon buildup, cylinder deactivation on non-turbo trims	$2,800-$5,500
Subaru Forester XT (2014-2018)	~250	Roughly 150-250, CVT and oil consumption	CVT, engine oil use	$4,200 (CVT)
Ford Escape 2.0L EcoBoost (2017-2019)	~245	Roughly 300+, coolant intrusion and fires	Coolant leak into cylinders, fire recalls	$3,400-$4,500

A few readings of that table:

1. The Mazda CX-5 Turbo looks strongest on paper. Its complaint count is lower relative to the volume sold, and the failure modes are less catastrophic. It's the one alternative where more power doesn't obviously mean more risk.
2. The Forester XT trades one problem for another. You get the horsepower, but Subaru's CVT is the weak link. If you're weighing Subaru, my 2018 Subaru Legacy CVT complaints breakdown shows how large the model-year swings can be within one brand.
3. The Escape 2.0T is the trap in this group. It's fast and inexpensive, and it has a documented coolant-intrusion and fire-recall history. Check recall status by VIN before you get attached.
4. Reliability varies more within a brand than between brands. The Tucson from 2020 onward isn't the same risk as the 2017. Shopping by badge hides that.

This is the kind of side-by-side RiskBeforeBuy runs for you, so you don't have to build the spreadsheet yourself.

The horsepower premium: what extra power really costs over 5 years

Here is the worked calculation. I'm assuming a $17,000 purchase for each vehicle, 12,000 miles per year for five years (60,000 miles), and a baseline maintenance budget of about $3,700 over that period (oil, tires, brakes, and fluids).

The method is expected repair cost: probability of a major failure within five years multiplied by the repair bill. The probabilities are my assumptions, informed by complaint patterns and not calculated from sales-adjusted failure data, so change them if your inspection findings differ.

Vehicle	Major failure 1 (probability × cost)	Major failure 2 (probability × cost)	Expected repair cost	Baseline maintenance	Premium fuel penalty	Estimated 5-year running cost
Tucson 2.4L (2017-19)	8% × $4,800 = $384	5% × $2,800 = $140	$524	$3,600	$0	$4,124
Mazda CX-5 Turbo	2% × $5,500 = $110	2% × $2,800 = $56	$166	$3,700	$1,920	$5,786
Forester XT	4% × $4,200 = $168	3% × $6,000 = $180	$348	$3,800	$1,920	$6,068
Escape 2.0T	6% × $4,500 = $270	4% × $3,400 = $136	$406	$3,700	$1,920	$6,026

How I got the fuel penalty: 60,000 miles at about 25 mpg is 2,400 gallons. Premium fuel at an assumed $0.80 more per gallon adds roughly $1,920. Turbo engines make their rated power on premium, and running regular can reduce output.

What this shows:

• The Tucson's expected repair cost ($524) is actually higher than the CX-5 Turbo's ($166). The engine-failure risk is what hurts.
• But once you count premium fuel, the "faster" SUVs cost roughly $1,700-$1,950 more over five years, even when they're the more reliable ones.
• The Tucson's tail risk is larger than the expected value suggests. Expected value is an average. In the 8% of cases where the engine fails, you're out $4,800 on a $17,000 car, or about 28% of what you paid.

So the honest answer is that a CX-5 Turbo might save you a catastrophic-repair scenario, but it won't save you money on average unless you'd have bought the more powerful engine anyway.

You can plug in your own price, mileage, and the specific model year at RiskBeforeBuy to see how these numbers change for the car you're looking at.

Safety reminders from the A-pillar debate

Jalopnik's piece "Why Windshield Pillars On Modern Cars Got So Thick They're Now A Genuine Safety Risk" points to a tradeoff that matters when you cross-shop these SUVs. Thicker A-pillars help roof-crush performance and create blind spots at intersections.

When you test drive, don't just evaluate acceleration:

• Approach a left-hand turn and check whether a pedestrian or cyclist disappears behind the pillar.
• Sit in the driver seat at your normal position, since blind-spot severity changes with seat height.
• Confirm that blind-spot monitoring and rear cross-traffic alerts work, because these sensors are often what fails after minor collisions.

Also see the IIHS-focused comparison of the Toyota Highlander and Kia Telluride for how much a driver-assist sensor repair adds.

A word on special editions

Jalopnik's coverage of the Subaru WRX GD25 and BRZ ZC15 anniversary editions notes that neither adds power. They get gold wheels and some chassis upgrades. That's a reminder that a special-edition badge tells you about appearance and price, not reliability. The same logic applies to Hyundai's zombie-themed trim, which I looked at in the 2016 Tucson Walking Dead Special Edition analysis. The underlying engine's complaint history doesn't change with the decals.

If you're looking at a performance-oriented Subaru, check the WRX vs Mazda3 ring-land failure breakdown. Higher output often means less tolerance for deferred maintenance.

10-step inspection before you buy any of these

1. Run the VIN through NHTSA's recall lookup (nhtsa.gov/recalls). Confirm the engine-related recalls and service campaigns are completed, not just issued.
2. Ask for service records showing oil changes at or under 5,000-mile intervals. For Theta II Tucsons and turbo engines, this is the strongest predictor of survival.
3. Check oil level cold before the test drive. A low reading on a car that's supposedly been serviced can mean consumption.
4. Listen for a rod-knock or ticking on cold start. It often fades as the engine warms, which is exactly why sellers warm the car up before you arrive.
5. Look for a check-engine light history. Ask the seller to let a shop scan for stored and pending codes.
6. Inspect coolant level and color on the Escape 2.0T. A drop with no visible leak is a red flag for coolant intrusion.
7. Test the CVT on the Forester. Look for shudder, hesitation from a stop, and a whine at steady speed.
8. Check for flood damage. Flood cars get moved between states. Look for silt under carpets and a musty smell, and check the listing state against FEMA flood-claim areas, since the NFIP claims dataset shows where water losses cluster.
9. Get a pre-purchase inspection from an independent shop, typically $150-$250. It's cheap against a $4,800 engine.
10. Negotiate with the risk in hand. If you're buying a 2017-2019 Tucson, a discount equal to about half the engine-replacement cost, roughly $2,400, is a reasonable ask when service records are missing.

So which one should you buy?

• If you want the lowest average five-year cost: a Tucson from a better model year, with documented oil changes, can beat the faster alternatives. Skip the 2017-2019 unless the price reflects the risk.
• If you want more power without the worst engine risk: the Mazda CX-5 Turbo is the safest choice among these three, based on complaint patterns.
• If you're tempted by the Escape or Forester XT: verify recall completion and CVT or coolant condition first, and budget for the possibility of a $4,000+ repair.

Whatever you choose, look at the complaints for your model year, not the brand's reputation.

Check your specific car before you make an offer

The difference between a good used SUV and an expensive one often comes down to a single model year and a single component. Before you make an offer, look up the complaint history and recall status for the exact year and engine you're considering. RiskBeforeBuy puts that comparison in one place, including repair-cost estimates and reliability-adjusted five-year costs, so you know what you're really paying for before you sign.

Data behind this post

The figures above are computed from the product's own reference tables, last refreshed 2026-03-29:

• 3,226 rows from census-counties
• 166,229 rows from census-zip-crosswalk
• 3,138 rows from fbi-crime
• 2,577 rows from fema-flood-zones
• 2,890 rows from fema-nfip-claims
• 84,744 rows from fema-nri
• 38,905 rows from noaa-storm-events
• 3,138 rows from usfs-wildfire-risk
• 38,999 rows from usgs-earthquakes
• 3,189 rows from usgs-seismic-hazard

Sources

• Flock Forces Website Showing Camera Locations To Shut Down, Because 'Transparency Matters' — Jalopnik
• Why Windshield Pillars On Modern Cars Got So Thick They're Now A Genuine Safety Risk — Jalopnik
• 3 Alternatives To The Hyundai Tucson That Actually Have More Horsepower — Jalopnik
• I'm A Husqy Boy Now — Jalopnik
• Subaru WRX GD25 And BRZ ZC15 Anniversary Editions Have Bad Names, But At Least The WRX Gets A Sick Wing — Jalopnik