Fiat 1.3 Multijet / JTD (SDE)Turbo
Seized variable-geometry turbo on the 1.3 Multijet
Why this rating?
Symptoms
- Whistling or abnormal turbo noise, sometimes with play in the shaft if the seizing has already damaged the assembly.[1]Turbo whistle: other faults that cause it · Garage soon
- Gradual loss of power, more noticeable at medium and high load, when the vanes cannot move freely.[1][2]Less power: other faults that cause it · Monitor
- Black smoke when accelerating, from combustion with too much fuel for the air the turbo supplies.[2]Black smoke: other faults that cause it · Garage soon
- In advanced cases, the ECU may limit power when it detects that boost pressure does not match the command given to the variable geometry.[1]Limp mode: other faults that cause it · Garage soon
Why it happens
Combustion soot builds up in the variable-geometry vane mechanism, especially on cars that almost always make short cold journeys.[1][2]
Poor lubrication of the turbo shaft, for example if oil pressure is already affected by timing chain wear, speeds up wear on the assembly.[4]
If it is not repaired: A seized turbo reduces performance and can end up needing to be replaced; if there are also internal oil leaks into the intake or exhaust, oil consumption goes up.[2]
Affected cars and years
It affects versions with the BorgWarner variable-geometry turbo, adopted from the 84-90 hp versions onwards; the first 69-75 hp versions with a fixed-geometry turbo do not share this particular failure mechanism.[3]
| Version | Years | Codes |
|---|---|---|
| 1.3 Multijet 8v (69-105 hp, 2003-2009) | 2003–2009 | Z13DT |
| 1.3 Multijet II 16v Euro 5 (75-95 hp, 2009-2015) | 2009–2015 | Z13DTH199B1.000 |
| 1.3 Multijet II 16v Euro 6 (95 hp, 2015-2020) | 2015–2020 | A13DTE |
Models fitted with the affected versions
Alfa Romeo
- Alfa Romeo MiTo2008–2018
Fiat
- Fiat 5002007–2024
- Fiat Panda III2012–2024
- Fiat Punto III2005–2018
- Fiat Doblò II2010–2022
- Fiat Tipo2015–2024
- Fiat 500L2012–2022
- Fiat 500X2014–2024
- Fiat Qubo2008–2019
Ford
- Ford Ka II2008–2016
Lancia
- Lancia Ypsilon III2011–2024
- Lancia Musa2004–2012
Opel
- Opel Corsa D2006–2014
- Opel Corsa E2014–2019
- Opel Astra J2009–2015
- Opel Meriva B2010–2017
- Opel Combo D2011–2018
Suzuki
- Suzuki Swift III2005–2010
- Suzuki Swift IV2010–2017
- Suzuki Splash2008–2014
How much it costs to repair
Includes: Turbo replacement; it does not include additional repairs if the seizing stems from a lack of oil pressure that has also damaged other parts.[2]
Figure from a fault aggregator for this engine, not an official price list from Spanish workshops.
Prices in Spain, including VAT. A workshop hour costs on average €38–66 at independent garages and €77–134 at dealerships in Spain, depending on the region and the brand. How we calculate costs
How to check for it before buying a used car
- Accelerate with the engine warm and check that the response is progressive, with no whistling or jerking linked to the boost.[1]
- Watch the smoke when accelerating hard: persistent black smoke on an engine with a healthy particulate filter is a reason to check the turbo and EGR.[2]
- Ask whether the car mostly makes short journeys in town; with that usage profile, the risk of turbo seizing is higher.[1]
Parts needed
The part or kit that fixes this fault, according to the sources.
- Buy part at Autodoc (affiliate link, opens in a new tab)
Variable-geometry turbocharger[2]
Replaced when the vane mechanism is seized or the assembly has play in the shaft.
Indicative price of the part: €450–€700
Affiliate links to Autodoc: if you buy, MotorFiable may receive a commission at no cost to you. Check compatibility using the registration number or the VIN before ordering. More information
How to prevent it
- Alternate short journeys with the occasional long road trip that lets the turbo and engine reach working temperature.[1]
- Let the engine idle for half a minute before switching it off after hard driving, so the turbo cools down gradually.[2]
- Keep to oil change intervals: poor lubrication speeds up wear on the turbo shaft.[4]
Recalls, campaigns and claims
As of 26 September 2026, we have no record of recalls, campaigns or extended manufacturer warranties for this fault. Check with an official dealer using the chassis (VIN) number: they will tell you whether the car has any outstanding campaign.
What owners say
Frequently asked questions
Why does the 1.3 Multijet's turbo seize?
Mainly through soot build-up in the variable-geometry vane mechanism, which is somewhat more likely on cars that only make short journeys in town.[1][2]
Do all versions of the 1.3 Multijet have a variable-geometry turbo?
No: the first 69 and 75 hp versions had a fixed-geometry turbo; variable geometry was adopted from the 84-90 hp versions onwards.[3]
Can the timing chain problem also damage the turbo?
Yes: if a slack chain contaminates the oil with shavings and lowers lubrication pressure, the turbo shaft wears out faster.[4]
What can you do now?
We will put you in touch with a partner only if you authorise it in the form.
Other 1.3 Multijet faults
- Critical severityFrequency: CommonTimingTiming chain stretch and tensioner failureYes: the timing chain's hydraulic tensioner can lose pressure and let the chain slacken; if it skips teeth or breaks, it can destroy the engine. It is a documented problem on Fiat, Opel, Suzuki and Ford cars with this engine, mainly linked to long oil change intervals.Repair (garage): €350–€550Appears at around 70,000 km
- High severityFrequency: CommonEmissions controlIncomplete particulate filter regenerations and oil dilutionIn heavy urban use, with short journeys that do not let the particulate filter regeneration finish, unburnt diesel passes into the sump and dilutes the oil; the level can rise on the dipstick and the oil loses its ability to lubricate. Repeated many times, it speeds up engine wear.
- High severityFrequency: OccasionalInjectionInjector and high-pressure pump wear from contaminated fuelThe Bosch injectors and the high-pressure pump of the common rail system are sensitive to poor-quality fuel or fuel with condensed water. With contaminated diesel they can generate metal shavings that damage first the pump and then the injectors themselves.Repair (garage): €600–€1,200
- Medium severityFrequency: CommonEmissions controlEGR valve blocked by sootThe 1.3 Multijet's EGR valve easily accumulates soot on short urban journeys, causing an unstable idle, loss of power and the engine warning light. It is one of the most cited problems among owners of this engine.Repair (garage): €130–€400
More faults with the turbo on other engines and cars
- High severityFrequency: Very frequent1.6 HDiTurbo failure through lack of lubrication (carbon deposits and union filter)On the 16-valve 1.6 HDi/TDCi engines (2004-2011) the turbo can seize because carbon deposits from the oil clog the mesh filter in the union that feeds it. It is a serious, repeat fault: if only the turbo is replaced without cleaning the circuit, it fails again.Repair (garage): €700–€1,050
- High severityFrequency: Very frequent2.0 Ingenium diéselTurbocharger failureYes: according to several sources, the turbo is the component that causes the most faults on the 2.0 Ingenium diesel. It fails across a very wide mileage range (from around 35,000 to over 140,000 km) and, if it breaks up inside, it can send oil or metal into the engine and destroy it.Repair (garage): €2,600–€3,000Appears at around 35,000 km
- High severityFrequency: CommonBMW N47Turbo and wastegate valve failureThe N47's turbo does not usually fail from general wear, but because of failure of the wastegate valve, which regulates boost and can seize or lose adjustment, sending fuel consumption soaring; oil leaks from the turbo itself are also common.Repair (garage): €900–€1,800
- High severityFrequency: CommonOM651Variable-geometry turbo failure and its pneumatic actuatorThe OM651's variable-geometry turbo tends to fail at the pneumatic actuator (cracks, loss of calibration) before the turbo itself. Symptoms range from a gradual loss of power to permanent limp mode, with whistling or smoke if the problem progresses.Repair (garage): €500–€3,000
- High severityFrequency: Common1.6 dCiPremature turbocharger failure or breakageThe 1.6 dCi turbo fails fairly often, sometimes at low mileage: fiches-auto documents failures between 23,000 and 113,000 km in the Kadjar, Qashqai II, X-Trail III and Espace V, with loss of power and, in several cases, the manufacturer refusing to cover the cost out of warranty.Repair (garage): €3,000
- High severityFrequency: Common2.0 HDiVariable-geometry turbo failures (actuator, sensors and clogging)On the 107/110 hp and, above all, 136-140 hp 2.0 HDi, the variable-geometry turbo fails relatively often: sometimes it is the whole turbo, but often it is the actuator, sensors or hoses, with loss of power and limp mode.
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Sources
Every fact on this page links to its source. If you find an error, let us know.
- 1.3 CDTi Opel (Z13DT) Multijet: ficha técnica, problemas y tuningMotordinámico · Other source · consulted 26 September 2026 · in Spanish
- Fiat 1.3 Multijet: problemas, fallos y averías más frecuentesTotalrenting · Other source · consulted 26 September 2026 · in Spanish
- Moteur Fiat 1.3 MultiJetWikipédia · Other source · consulted 26 September 2026 · in French
- Fiat 1.3 JTD/Multijet: corrente folgada e entupimento dos canais de lubrificaçãoProvmec · Technical documentation · consulted 26 September 2026 · in Portuguese