Toyota Auris E180
Weaknesses, engine ratings and buying advice
The Auris E180 (2012–2019) was the last Auris before Toyota unified under the Corolla name. The 1.8 HSD hybrid (Prius XW30 drivetrain) is highly reliable.
The 1.2T (8NR-FTS) from June 2015 had ignition coil failures (pre-mid 2018, Toyota covered repairs). Carbon buildup from direct injection needs walnut blasting at ~80k km.
Hybrid brake disc rust is universal (regenerative braking). Tailgate/rear light seal leaks carry over from E140. Steering column knock at full lock.
TÜV: nearly 70% pass without defects after 10 years — above class average.
2026 market: Hybrid €8,000–14,000. Buy hybrid for longevity.
132 PS
Auris · Benzin
Understated favourite
Fun to Drive!97–99 PS
1.8L Hybrid Benzin
7 weaknesses
Good Choice124–126 PS
2.0L D-4D Diesel
7 weaknesses
Stay Away!Body Variants
The Toyota Auris E180 is available as Hatchback and Touring Sports — choose your body type for specific insurance data:
Generations
Engine Overview
The Toyota Auris E180 is available with 8 engine variants — from 75 to 147 hp.
Compact diesel with timing chain and common-rail injection. Economical and long-lived, but at the limit of its performance in larger vehicles. DPF issues possible in pure short-run use.
- !! Oil dilution from DPF regeneration from 120,000 km
The 1ND-TV injects extra diesel during DPF regeneration cycles, which finds its way into the engine oil via the piston rings. The oil level rises above the maximum. On short trips the DPF regenerates every 100 km with significantly increased fuel consumption.
Symptoms: Oil level rises above maximum, diesel smell in the engine oil, significantly increased fuel consumption on short trips, frequent DPF regeneration cycles - !! Faulty fuel pressure regulator valve from 100,000 km
The fuel pressure regulator valve is the most commonly failed component on the 1ND-TV. Clogged screens from poor quality fuel block the valve. Result: hard starting and power loss above 3,000 rpm.
Symptoms: Hard starting, noticeable power loss above 3,000 rpm, engine warning light, sometimes limp mode - !! Worn dual mass flywheel from 140,000 km
The dual mass flywheel on the 1ND-TV is considered prone to wear and can in the worst case cause a gearbox failure. Typically the DMF and clutch need to be renewed together.
Symptoms: Strong vibrations when pulling away and in the 1,200–2,600 rpm range, rattling and banging from the gearbox area
+ 3 more engine weaknesses + vehicle weaknesses
BMW-derived diesel (N47 basis), not developed by Toyota itself. Timing chain on the gearbox side — access for inspection is involved. Timing chain elongation possible at high mileage — atypical by Toyota standards.
- !! EGR condensation water damages throttle body and engine from 80,000 km
Condensation water from the EGR system enters the throttle body and can cause engine stumbling, power loss, and in extreme cases engine failure.
Symptoms: Engine stumbling and hesitation; power drops; in extreme cases engine stall on the road - !! Recall: Fire risk due to faulty EGR
Toyota Verso models with the 1.6 D-4D from 2015–2018 have an elevated fire risk due to a faulty exhaust gas recirculation system. Dealers and workshops were called upon to inspect affected vehicles.
Symptoms: No driver warning before fire risk occurs; possible smoke developing under the bonnet - !! Premature timing chain failure possible from 100,000 km
Isolated cases of timing chain failure have been reported on the N47-based 1WW at as little as 84,000 km. The N47 timing chain issue is well known from the parent engine used in BMW.
Symptoms: Sudden engine noise; engine stalls without warning; engine damage from valve-piston contact
+ 4 more engine weaknesses + vehicle weaknesses
Evolution of the 1CD-FTV with a timing chain instead of a timing belt. Considerably more reliable than its predecessor — watch DPF regeneration on short runs. Injectors more durable than on the 1CD.
- !! Blown head gasket from 120,000 km
The 1AD-FTV 2.0 D-4D is known for frequent head gasket failures. Despite Toyota recall campaigns for piston replacement, the oil loss problem persisted in many cases.
Symptoms: Coolant loss, bubbling in the expansion tank, white smoke from the exhaust, milky-coloured engine oil - !! Elevated oil consumption (despite recall) from 100,000 km
Progressive oil consumption is a recognised problem on the 1AD-FTV. Toyota carried out piston replacement recalls, but the oil consumption issue often did not disappear completely.
Symptoms: Oil level drops rapidly between changes, oil warning light illuminates; blue smoke from a warm engine is possible - !! Overheating risk on cooling system failure from 150,000 km
Engine damage on the T25 2.0 D-4D caused by cooling system failure has been documented in toyota-forum.de. When the engine overheats, the remaining coolant escapes and the engine loses its thermal protection.
Symptoms: Coolant temperature gauge spikes suddenly, coolant loss, steam from the engine bay
+ 4 more engine weaknesses + vehicle weaknesses
Toyota's first turbocharged petrol engine for Europe. Direct injection and timing chain, with enough torque for brisk progress. No serious long-term problems known so far; occasional elevated oil consumption.
- !! Recall: High-Pressure Fuel Pump Leaking
A faulty weld on the high-pressure fuel pump causes cracks in the weld seam. Fuel can leak and ignite on hot engine components. Affected: production period November 2017 to November 2022.
Symptoms: Fuel smell in the engine bay, fuel level dropping without explanation - !! Ignition Coil Failure Due to Software Interaction from 50,000 km
Early production years of the 8NR-FTS are affected by faulty ignition coils and an incompatible engine management software version. Toyota introduced revised software and replacement coils.
Symptoms: Engine stumbling and misfires; check engine light; power drops; vehicle goes into limp mode - !! Carbon Deposits on Intake Valves from 40,000 km
As a direct injection engine without fuel wash at the intake valves, the 8NR-FTS builds up heavy carbon deposits. The EGR valve needs cleaning as early as approximately 30,000 km.
Symptoms: Stumble at part throttle; cold-start issues; increased fuel consumption; rough idle
+ 3 more engine weaknesses + vehicle weaknesses
Four-cylinder with continuously variable valve lift (Valvematic). Economical and responsive enough for everyday use. Timing chain; isolated oil consumption from 120,000 km due to valve stem seals.
- !! Faulty Valvematic controller from 100,000 km
The Valvematic system can fail due to a faulty electrical controller. Replacing the control module costs €1,600–2,000. Fault codes P1047, P1049, U011B.
Symptoms: Engine warning light; VSC warning light; reduced engine power; vehicle enters limp mode - !! Water pump leaking or failed from 70,000 km
The water pump on the 1ZR-FAE has a modest service life and frequently starts leaking or making noise as early as 50,000–70,000 km.
Symptoms: Coolant loss; squealing or grinding from the engine bay; rising coolant temperature - !! EGR valve and throttle body coked up from 100,000 km
Recirculated exhaust gases deposit soot particles on the EGR valve and throttle body. Around 100,000 km, rough idle and power issues are the typical result.
Symptoms: Rough idle, fluctuating engine speed at standstill, jerky throttle response, increased fuel consumption
+ 3 more engine weaknesses + vehicle weaknesses
Evolution with Valvematic variable valve lift. More economical and refined than the 1ZZ-FE. Timing chain, reliable. Isolated oil consumption due to valve stem seals from 150,000 km.
- !! Head gasket giving way from 160,000 km
Head gasket failures are known on the 2ZR-FAE at higher mileages (from around 150,000 km). These are often connected to overheating events caused by prior water pump failures.
Symptoms: White smoke, coolant consumption, oil-water emulsion in the coolant reservoir, power loss - !! Faulty Valvematic control unit from 100,000 km
The Valvematic actuator on the 2ZR-FAE develops faults, triggers error codes and can stall the engine. Carbon deposits on the intake valves from direct oil contact make the problem worse.
Symptoms: Rough or stumbling idle, warning light, engine stalling; partial power loss at higher revs - !! Timing chain tensioner losing tension from 160,000 km
The timing chain tensioner on the 2ZR-FAE can wear prematurely from around 150,000 km when oil change intervals are neglected. Timely oil changes are critical for the longevity of this component.
Symptoms: Rattling from the timing chain area on cold start that disappears after a few seconds. With greater wear the noise becomes permanent.
+ 3 more engine weaknesses + vehicle weaknesses
The world's best-selling hybrid drivetrain (Prius III/IV, Auris Hybrid). Atkinson cycle with E-CVT, extremely frugal and reliable. HV battery typically lasts past 250,000 km.
- !! Oil consumption from thin oil control rings (TSB) from 120,000 km
Toyota has published two official TSBs for 2010–2014 Prius models: thin oil control rings wear and lead to elevated oil consumption. Secondary consequences include EGR blockage and head gasket failure.
Symptoms: Oil level noticeably dropping between changes, warning light; with severe consumption, EGR problems and elevated emissions as a consequence - !! Premature water pump failure from 90,000 km
The water pump on the 2ZR-FXE Hybrid is designed with a limited service life and frequently fails before 100,000 km. On the Prius, failure can cause engine overheating.
Symptoms: Temperature gauge rising, coolant loss without external leak, overheating warning in the instrument cluster - !! Coolant leak at EGR heat exchanger from 160,000 km
The EGR heat exchanger on the 2ZR-FXE can lose coolant. In combination with elevated oil consumption this can lead to head gasket failure.
Symptoms: Coolant loss without visible external leak, bubbling in the expansion tank, rising coolant temperature gauge
+ 4 more engine weaknesses + vehicle weaknesses
The world's best-selling hybrid drivetrain (Prius III/IV, Auris Hybrid). Atkinson cycle with E-CVT, extremely frugal and reliable. HV battery typically lasts past 250,000 km.
- !! Oil consumption from thin oil control rings (TSB) from 120,000 km
Toyota has published two official TSBs for 2010–2014 Prius models: thin oil control rings wear and lead to elevated oil consumption. Secondary consequences include EGR blockage and head gasket failure.
Symptoms: Oil level noticeably dropping between changes, warning light; with severe consumption, EGR problems and elevated emissions as a consequence - !! Premature water pump failure from 90,000 km
The water pump on the 2ZR-FXE Hybrid is designed with a limited service life and frequently fails before 100,000 km. On the Prius, failure can cause engine overheating.
Symptoms: Temperature gauge rising, coolant loss without external leak, overheating warning in the instrument cluster - !! Coolant leak at EGR heat exchanger from 160,000 km
The EGR heat exchanger on the 2ZR-FXE can lose coolant. In combination with elevated oil consumption this can lead to head gasket failure.
Symptoms: Coolant loss without visible external leak, bubbling in the expansion tank, rising coolant temperature gauge
+ 4 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Rear Brake Discs Rust on Hybrid On the hybrid Auris the rear brakes are barely used mechanically as regeneration handles deceleration. Brake discs corrode heavily. Symptoms: Scraping or grinding from the rear after extended standing, brake smell, MOT advisory from 90,000 km | Low |
Test Reports
AUTO BILD TÜV-Report
Among the more reliable used cars in its class. Turbochargers on diesel models can suffer damage. A recall affected faulty EGR coolers and fuel pumps with fire risk. Brake lines and foot brake are slightly more failure-prone than average.
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Known Problems and Issues +
A total of 56 weaknesses have been documented for the Toyota Auris E180 (2012–2019) — 45 engine-related and 11 vehicle-related. One problem engine: 1AD-FTV (2.0L D-4D). Typical issues affect Brakes, Electronics, Gearbox, Rust. Considered reliable: 1ZR-FAE (1.6L Valvematic), 2ZR-FXE (1.8L Hybrid).
Auris (1ND-TV, 2012–2019) — Be Careful: Oil dilution from DPF regeneration, Faulty fuel pressure regulator valve, Worn dual mass flywheel. Power: 90 PS.
Auris (1WW, 2012–2019) — Be Careful: EGR condensation water damages throttle body and engine, Recall: Fire risk due to faulty EGR, Premature timing chain failure possible. Power: 111 PS.
Auris (1AD-FTV, 2012–2015) — Stay Away!: Blown head gasket, Elevated oil consumption (despite recall), Overheating risk on cooling system failure. Power: 124–126 PS.
Auris (2ZR-FAE, 2012–2019) — Be Careful: Head gasket giving way, Faulty Valvematic control unit, Timing chain tensioner losing tension. Power: 147 PS.
Auris (8NR-FTS, 2015–2019) — Be Careful: Recall: High-Pressure Fuel Pump Leaking, Ignition Coil Failure Due to Software Interaction, Carbon Deposits on Intake Valves. Power: 116 PS.
What to watch out for with the Toyota Auris? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Toyota Auris E180 have? +
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Last updated: February 2026 · All information without guarantee