Dacia Lodgy 1
Weaknesses, engine ratings and buying advice
131 PS
Lodgy · Benzin
Strong turbo
Decent102 PS
1.6L 16V Benzin
3 weaknesses
Good Choice116 PS
1.2L Turbo Benzin
4 weaknesses
Stay Away!Engine Overview
The Dacia Lodgy 1 is available with 8 engine variants — from 83 to 131 hp. 3 variants had engine changes — the model year is crucial.
Blue dCi variant of the K9K with AdBlue injection (SCR) for Euro 6 — still a very robust engine. In addition to the regular service schedule, top up AdBlue and keep an eye on the SCR catalyst. Injectors and high-pressure pump remain the typical wear points at high mileages.
- !! Injectors worn out from 105,000 km
Delphi injection system (pre-2006) is particularly troublesome — injectors worn out by 60,000 km. Siemens system (from 2006) is significantly better.
Symptoms: Delphi injection system (pre-2006) particularly problematic — injectors worn out by 60,000 km - !! Turbocharger worn from 105,000 km
Turbocharger can develop play from 60,000 km, especially with short-trip use and no warm-up. Whistling and smoke as symptoms.
Symptoms: Turbocharger can develop play from 60,000 km - !! Connecting rod bearing damage from oil neglect from 150,000 km
Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage. Regular oil changes every 15,000 km are non-negotiable.
Symptoms: Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage
+ 2 more engine weaknesses + vehicle weaknesses
Most powerful Blue dCi variant of the K9K with AdBlue injection — impressive output for a 1.5-litre engine. Top up AdBlue and have the SCR catalyst checked regularly. Injectors and high-pressure pump are the typical wear points at high mileages; strictly observe oil change intervals.
- !! Injectors worn out from 105,000 km
Delphi injection system (pre-2006) is particularly troublesome — injectors worn out by 60,000 km. Siemens system (from 2006) is significantly better.
Symptoms: Delphi injection system (pre-2006) particularly problematic — injectors worn out by 60,000 km - !! Turbocharger worn from 105,000 km
Turbocharger can develop play from 60,000 km, especially with short-trip use and no warm-up. Whistling and smoke as symptoms.
Symptoms: Turbocharger can develop play from 60,000 km - !! Connecting rod bearing damage from oil neglect from 150,000 km
Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage. Regular oil changes every 15,000 km are non-negotiable.
Symptoms: Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage
+ 2 more engine weaknesses + vehicle weaknesses
Renault's 1.5 dCi diesel engine (K9K) is considered exceptionally long-lived. Injectors and high-pressure pump are the typical wear points at high mileages. Strictly observe oil change intervals; the engine repays overlong oil change intervals with con-rod bearing damage.
- !! Injectors worn out from 105,000 km
Delphi injection system (pre-2006) is particularly troublesome — injectors worn out by 60,000 km. Siemens system (from 2006) is significantly better.
Symptoms: Delphi injection system (pre-2006) particularly problematic — injectors worn out by 60,000 km - !! Turbocharger worn from 105,000 km
Turbocharger can develop play from 60,000 km, especially with short-trip use and no warm-up. Whistling and smoke as symptoms.
Symptoms: Turbocharger can develop play from 60,000 km - !! Connecting rod bearing damage from oil neglect from 150,000 km
Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage. Regular oil changes every 15,000 km are non-negotiable.
Symptoms: Neglected oil changes can cause connecting rod bearing failure — catastrophic engine damage
+ 2 more engine weaknesses + vehicle weaknesses
Renault's 1.2-litre turbo engine is notorious for excessive oil consumption and timing chain problems. Excessively wide piston tolerances lead to oil burning that thermally damages the exhaust valves and can ultimately result in total engine failure. Check oil level at least every 2,000 km; a compression test before purchase is recommended.
- !! Timing chain stretch — production defect from 66,000 km
Oil return jets to the chain tensioner are undersized and clog. Chain stretch begins from as early as 37,000 km. Multiple replacements documented without a permanent fix.
Symptoms: Oil return jets to the chain tensioner are undersized and clog - !! Extreme oil consumption from 70,000 km
Oil consumption up to 1.5 L/1,000 km documented. Piston rings and valve stem seals affected. Classified internally by Renault as a risk engine.
Symptoms: Oil consumption up to 1.5 L/1,000 km documented - !! Turbocharger wastegate faulty from 90,000 km
Wastegate flap sticks or no longer closes properly. Boost pressure too low or overboost possible. Turbo replacement required.
Symptoms: Wastegate flap sticks or no longer closes properly
+ 1 more engine weaknesses + vehicle weaknesses
Renault's 1.3-litre turbo engine is considered significantly more refined than its predecessor the H5F — mileages above 200,000 km without major damage are well documented. Direct injection promotes carbon build-up on the intake valves; periodic cleaning is recommended. Keep an eye on oil consumption; overall a reliable everyday engine.
- !! Intake valve carbon build-up from 115,000 km
Direct injection carbon build-up on the intake valves. Power loss and rough running after 80,000+ km. Walnut blasting is the solution.
Symptoms: Direct injection carbon build-up on the intake valves - !! Inspect timing chain preventively from 125,000 km
Manufacturer states 150,000 km, workshops recommend an inspection from 100,000 km. Considerably better than the H5F predecessor, but a check is sensible.
Symptoms: Manufacturer states 150,000 km service life - !! Turbo bearing wear from 140,000 km
Turbocharger bearings can develop play from 100,000 km. Whistling under load is a symptom. Observe oil quality and warm-up phase.
Symptoms: Turbocharger bearings can develop play from 100,000 km
+ 1 more engine weaknesses + vehicle weaknesses
Entry-level variant of the Renault 1.3-litre turbo — considered significantly more refined than the predecessor H5F. Direct injection promotes carbon build-up on the intake valves; periodic cleaning is recommended. With correct maintenance, overall a reliable and economical everyday engine.
- !! Intake valve carbon build-up from 115,000 km
Direct injection carbon build-up on the intake valves. Power loss and rough running after 80,000+ km. Walnut blasting is the solution.
Symptoms: Direct injection carbon build-up on the intake valves - !! Inspect timing chain preventively from 125,000 km
Manufacturer states 150,000 km, workshops recommend an inspection from 100,000 km. Considerably better than the H5F predecessor, but a check is sensible.
Symptoms: Manufacturer states 150,000 km service life - !! Turbo bearing wear from 140,000 km
Turbocharger bearings can develop play from 100,000 km. Whistling under load is a symptom. Observe oil quality and warm-up phase.
Symptoms: Turbocharger bearings can develop play from 100,000 km
+ 1 more engine weaknesses + vehicle weaknesses
Nissan-based engine (HR16DE), 1.6-litre 16V naturally aspirated with a solid long-term track record. Oil consumption possible with incorrectly set valve clearances or at higher mileages — check oil level regularly. With correct maintenance, 200,000 km without issues is comfortably achievable.
- ! Ignition coils susceptible to moisture from 90,000 km
Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress. Misfires in wet conditions.
Symptoms: Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress - i Valve cover gasket seeping from 115,000 km
Light oil film on the valve cover after 80,000+ km. Not an acute problem, but cosmetically annoying. Replace the gasket at the next service.
Symptoms: Light oil film on the valve cover after 80,000 km - i Timing chain maintenance-free from 250,000 km
Timing chain typically lasts the full engine lifespan. No timing belt replacement needed — a maintenance advantage over the K4M/K7M.
Symptoms: Timing chain typically lasts the full engine lifespan
Nissan-based engine (HR16DE), 1.6-litre 16V naturally aspirated with a solid long-term track record. Oil consumption possible with incorrectly set valve clearances. LPG variant with factory-fitted LPG system; observe 10-year tank re-certification and have injectors checked regularly.
- !! Valve seat wear from LPG operation from 90,000 km
LPG burns hotter than petrol — valve seats wear faster. Check valve clearance every 30,000 km. Hardened valve seats fitted from the factory.
Symptoms: LPG burns hotter than petrol — valve seats wear faster - !! LPG tank corrosion after 10 years from 150,000 km
LPG tanks must be inspected and replaced if necessary after 10 years (mandatory inspection). Internal corrosion from condensation is possible.
Symptoms: LPG tanks must be inspected after 10 years - ! Ignition coils susceptible to moisture from 90,000 km
Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress. Misfires in wet conditions.
Symptoms: Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress
+ 4 more engine weaknesses + vehicle weaknesses
Nissan-based engine (HR16DE), 1.6-litre 16V naturally aspirated with a solid long-term track record. Oil consumption possible with incorrectly set valve clearances — check oil level regularly. LPG variant with factory-fitted LPG system; observe 10-year tank re-certification and don't skip the injector check.
- !! Valve seat wear from LPG operation from 90,000 km
LPG burns hotter than petrol — valve seats wear faster. Check valve clearance every 30,000 km. Hardened valve seats fitted from the factory.
Symptoms: LPG burns hotter than petrol — valve seats wear faster - !! LPG tank corrosion after 10 years from 150,000 km
LPG tanks must be inspected and replaced if necessary after 10 years (mandatory inspection). Internal corrosion from condensation is possible.
Symptoms: LPG tanks must be inspected after 10 years - ! Ignition coils susceptible to moisture from 90,000 km
Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress. Misfires in wet conditions.
Symptoms: Same ignition coil issue as the K4M — hairline cracks in the housing allow moisture ingress
+ 4 more engine weaknesses + vehicle weaknesses
Structurally simple, robust 1.6-litre naturally aspirated engine with high mileage potential. The water pump is the weak point: if it fails, the engine overheats and head gasket damage threatens. Camshaft bearings can become noisier at higher mileages.
- !! Observe timing belt interval from 75,000 km
Timing belt due every 60,000–90,000 km. Not interference-free — a snapped belt means valve damage and total engine failure.
Symptoms: Timing belt due every 60,000–90,000 km - !! Crankshaft axial play from 160,000 km
Trigger wheel shifts due to crankshaft axial play. TDC sensor loses signal; engine fails to start or runs rough.
Symptoms: Trigger wheel shifts due to crankshaft axial play - ! Idle control valve fouled from 115,000 km
Same weakness as the K7J — valve fouls, engine stalls at idle. Cleaning usually helps.
Symptoms: Same weakness as the K7J — valve fouls, engine stalls at idle
+ 1 more engine weaknesses + vehicle weaknesses
Structurally simple, robust 1.6-litre naturally aspirated engine with high mileage potential. The water pump is the weak point: if it fails, the engine overheats and head gasket damage threatens. LPG variant with factory-fitted LPG system; observe 10-year tank re-certification and have injectors checked regularly.
- !! Observe timing belt interval from 75,000 km
Timing belt due every 60,000–90,000 km. Not interference-free — a snapped belt means valve damage and total engine failure.
Symptoms: Timing belt due every 60,000–90,000 km - !! Crankshaft axial play from 160,000 km
Trigger wheel shifts due to crankshaft axial play. TDC sensor loses signal; engine fails to start or runs rough.
Symptoms: Trigger wheel shifts due to crankshaft axial play - !! Valve seat wear from LPG operation from 90,000 km
LPG burns hotter than petrol — valve seats wear faster. Check valve clearance every 30,000 km. Hardened valve seats fitted from the factory.
Symptoms: LPG burns hotter than petrol — valve seats wear faster
+ 5 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Suspension with high early defect rate The Lodgy's suspension shows problems as early as the first MOT — by the third inspection the fault rate is four times the average. Symptoms: Clunking and banging over rough surfaces, instability on lane changes, MOT suspension defects from 70,000 km | Medium |
Test Reports
TÜV Report
One in five Lodgys has problems at MOT. Suspension rises to four times the average by the third inspection. Brake lines and oil loss are persistently flagged.
2022-01Alternatives
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Known Problems and Issues +
A total of 63 weaknesses have been documented for the Dacia Lodgy 1 (2012–2022) — 56 engine-related and 7 vehicle-related. One problem engine: H5Ft-85kW (1.2L Turbo). Typical issues affect Suspension, Electronics, Brakes, HVAC. Considered reliable: K7M-61kW (1.6L 8V), H4M-75kW (1.6L 16V), H4M-75kW-LPG (1.6L 16V).
Lodgy (K9K-66kW, 2012–2018) — Be Careful: Injectors worn out, Turbocharger worn, Connecting rod bearing damage from oil neglect. Power: 95 PS.
Lodgy (K9K-70kW, 2018–2022) — Be Careful: Injectors worn out, Turbocharger worn, Connecting rod bearing damage from oil neglect. Power: 95 PS.
Lodgy (K9K-85kW, 2018–2022) — Be Careful: Injectors worn out, Turbocharger worn, Connecting rod bearing damage from oil neglect. Power: 116 PS.
Lodgy (H5Ft-85kW, 2012–2022) — Stay Away!: Timing chain stretch — production defect, Extreme oil consumption, Turbocharger wastegate faulty. Power: 116 PS.
Lodgy (K7M-61kW-LPG, 2014–2015) — Be Careful: Observe timing belt interval, Crankshaft axial play, Valve seat wear from LPG operation. Power: 83 PS.
What to watch out for with the Dacia Lodgy? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
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Last updated: February 2026 · All information without guarantee