Renault Captur 2-FL(HJB) — Problems & Common Faults
Weaknesses, engine ratings and buying advice
The summer 2024 facelift reshuffled the Captur's engine range: diesels and the plug-in hybrid are gone, leaving the TCe 90 and the Eco-G 100 LPG version (both until 2025), the 48V mild hybrids with 140 hp and the 160 built only in 2024, plus the full hybrids — initially the familiar E-Tech 145, from mid-2025 the new 1.8-litre E-Tech 160. In autumn 2025 the TCe 115 from the new chain-driven HR12 family replaced the 1.0 base engine. The test record is solid: ADAC rated the Mild Hybrid 160 at 2.5, praising performance and road safety while criticising the high test consumption of 6.8 l/100 km and the firm ride; road tests also noted the sometimes hesitant dual-clutch gearbox. The full hybrids remain the most efficient choice — the E-Tech 145 with a documented 5.6 l/100 km, the stronger 160 with 4.7 to 6.4 l/100 km, albeit with audible battery-recharge behaviour. Important when buying used: automatic cars produced between 10 April 2024 and 16 January 2025 were recalled over the parking-brake position sensor — proof of completion should be provided. Beyond that, no distinct problem areas have been documented for the facelift years so far; buying guides consider the line matured now that the engine troubles of the early years are history.
158 PS
Captur · Benzin
Punchy but with a hesitant gearbox
Decent108 PS
1.8L E-Tech Hybrid Benzin
3 weaknesses
Good ChoiceGenerations
Engine Overview
The Renault Captur 2-FL is available with 8 engine variants — from 91 to 158 hp.
A newer-generation three-cylinder turbo with timing chain — noticeably less troublesome than the H5F predecessor, but not without weaknesses. The wastegate linkage develops heat-induced play and rattles on cold start (revised by factory bulletin), the timing chain stretches with neglected oil changes, and the valve clearance must be set manually as there are no hydraulic lifters. Oil changes every 10,000 km with approved oil are essential; do not shut the turbo down immediately after hard running.
- !! Turbo Bearing Wear from Oil Starvation from 100,000 km
Turbo bearing damage on the H4Dt arises from contaminated oil after excessively long change intervals. Switching the engine off immediately after high load without a cool-down period causes premature turbo bearing wear.
Symptoms: Whistling or grinding noise from the turbo area; blue smoke; power loss at high revs. - !! Timing chain wear from 80,000 km
The timing chain of the 1.0 TCe three-cylinder stretches, encouraged by overly long oil change intervals. Early cases appear at low mileage. If it jumps, valve damage follows and replacement is labour-intensive.
Symptoms: Metallic rattle on cold start, especially while cranking around 1,400–1,800 rpm - !! Wastegate Wear from 50,000 km
The small three-cylinder turbo H5H 1.0 TCe shows wastegate mechanism wear at higher mileages, leading to irregular boost build-up and power loss.
Symptoms: Power loss, irregular acceleration, whistling from the turbo area
+ 6 more engine weaknesses + vehicle weaknesses
An LPG variant of the 1.0 TCe with a factory-fitted gas system; mechanically identical to the petrol engine, including timing chain and manual valve clearance. On gas the spark plugs wear noticeably faster and the LPG pressure regulator is an extra wear item. Service the gas system and petrol engine at fixed intervals, oil change every 10,000 km. On used cars check the condition of the gas system, the filter-change history and leaks at the tank valve and lines.
- !! Turbo Bearing Wear from Oil Starvation from 100,000 km
Turbo bearing damage on the H4Dt arises from contaminated oil after excessively long change intervals. Switching the engine off immediately after high load without a cool-down period causes premature turbo bearing wear.
Symptoms: Whistling or grinding noise from the turbo area; blue smoke; power loss at high revs. - !! Timing chain wear from 80,000 km
The timing chain of the 1.0 TCe three-cylinder stretches, encouraged by overly long oil change intervals. Early cases appear at low mileage. If it jumps, valve damage follows and replacement is labour-intensive.
Symptoms: Metallic rattle on cold start, especially while cranking around 1,400–1,800 rpm - !! Wastegate Wear from 50,000 km
The small three-cylinder turbo H5H 1.0 TCe shows wastegate mechanism wear at higher mileages, leading to irregular boost build-up and power loss.
Symptoms: Power loss, irregular acceleration, whistling from the turbo area
+ 10 more engine weaknesses + vehicle weaknesses
New 1.2-litre three-cylinder turbo from the modular HR12 family Renault introduced in 2022 with the full-hybrid versions of larger models — derived from the proven 1.0-litre HR10 and designed for electrification from the ground up. Chain-driven valvetrain, variable valve timing, 190 Nm of torque. Not to be confused with the old 1.2 four-cylinder TCe of 2012, notorious for oil consumption and chain issues — structurally a completely different engine. The late-2025 application is still too young for long-term verdicts; no documented series issues so far. A complete service history remains essential.
No known weaknesses documented.
A 1.3-litre turbo developed with Daimler, with a timing chain and clearly improved reliability over the 1.2 TCe. Weak points are the wastegate linkage of early years (before the mid-2020 factory revision), the leaking thermostat housing and the intake-valve coking typical of direct injection. Ignition coils and spark plugs fail earlier than expected — a check from 60,000 km is sensible. With good oil care a solid, everyday-capable engine.
- !! Timing Chain Early Wear from 120,000 km
The H5H 1.3 TCe also shows initial timing chain rattling in 2019 models after 50,000–70,000 km. Chain tensioners in particular wear prematurely and must be replaced.
Symptoms: Rattling on cold start, clattering on load changes, camshaft control fault code - !! Wastegate Failure After 80,000+ km from 60,000 km
The wastegate valve of the H5H 1.3 TCe turbocharger wears after 80,000–100,000 km, causing power loss and increased oil consumption.
Symptoms: Power loss, no boost build-up, whistling from the turbo area - !! Thermostat housing leak from 70,000 km
The thermostat housing and its seals start to leak and coolant is lost without a visible external leak. Ignored, it risks overheating. The fault pattern and the part are known from the identical Mercedes engine.
Symptoms: Coolant loss without visible leak, overheating warning, fault code P0128
+ 2 more engine weaknesses + vehicle weaknesses
A 1.3-litre turbo developed with Daimler, with a timing chain and clearly improved reliability over the 1.2 TCe. Weak points are the wastegate linkage of early years (before the mid-2020 factory revision), the leaking thermostat housing and the intake-valve coking typical of direct injection. Ignition coils and spark plugs fail earlier than expected — a check from 60,000 km is sensible. With good oil care a solid, everyday-capable engine.
- !! Timing Chain Early Wear from 120,000 km
The H5H 1.3 TCe also shows initial timing chain rattling in 2019 models after 50,000–70,000 km. Chain tensioners in particular wear prematurely and must be replaced.
Symptoms: Rattling on cold start, clattering on load changes, camshaft control fault code - !! Wastegate Failure After 80,000+ km from 60,000 km
The wastegate valve of the H5H 1.3 TCe turbocharger wears after 80,000–100,000 km, causing power loss and increased oil consumption.
Symptoms: Power loss, no boost build-up, whistling from the turbo area - !! Thermostat housing leak from 70,000 km
The thermostat housing and its seals start to leak and coolant is lost without a visible external leak. Ignored, it risks overheating. The fault pattern and the part are known from the identical Mercedes engine.
Symptoms: Coolant loss without visible leak, overheating warning, fault code P0128
+ 2 more engine weaknesses + vehicle weaknesses
Renault's full hybrid system combines a simple, robust 1.6-litre naturally aspirated engine with two electric motors and a 1.2 kWh battery — the combustion engine without direct injection is constructively solid. Early build years show a known shaft seal issue between gearbox and electric motor that causes oil leaks. Overall an economical and reliable drivetrain with correct servicing.
- !! Recall 0ET1: Electric Motor Primary Shaft O-Ring from 30,000 km
Recall 0ET1: An O-ring on the primary shaft of the electric motor inside the DB1 multimode gearbox fails, allowing gearbox oil to contaminate the e-motor. In mild cases only the temperature sensor is damaged (€300–500); in severe cases the e-motor windings are destroyed (up to €8,000). 155,825 vehicles built April 2019 – September 2022 affected. Renault replaces the original O-ring with a reinforced X-ring.
Symptoms: Gearbox overheating warning, power limitation, 'electric motor fault' warning, internal oil loss without visible external leak - !! Electric Motor Failure from Oil Contamination from 50,000 km
When the O-ring on the electric motor's primary shaft fails (recall 0ET1), gearbox oil enters the integrated e-motor and destroys its windings. On vehicles built 2019–2022, damage can occur without warning. Repair costs outside warranty: €3,000–8,000. Vehicles built after September 2022 have the X-ring fix from the factory.
Symptoms: Warning 'electric motor fault', limp-mode speed limitation, vehicle stranded, gears cannot be engaged - !! O-Ring Failure: Gearbox Oil Contaminates E-Motor (Recall 0ET1) from 35,000 km
The O-ring on the electric motor's primary shaft inside the DB1 multimode gearbox is poorly manufactured and allows gearbox oil to enter the e-motor internally. The gearbox remains externally dry. Recall 0ET1 covers 155,825 vehicles (Apr. 2019 – Sept. 2022). Early detection means a free seal replacement; advanced oil damage means a destroyed e-motor, costing up to €8,000.
Symptoms: Gearbox overheating warning, low gearbox fluid level without visible external leak, e-motor temperature fault codes
+ 6 more engine weaknesses + vehicle weaknesses
1.8-litre four-cylinder full hybrid of the second E-Tech generation: 80 kW combustion output, 172 Nm, combined with a 36 kW e-motor and a 15 kW starter-generator on the clutchless multimode gearbox (four combustion and two electric ratios). The battery grew to 1.4 kWh. In normal driving the gearbox shifts smoothly and discreetly; when the engine revs up to recharge the battery, vibration and noise become clearly noticeable, and a brief jolt can come through under hard acceleration. Documented real-world consumption ranges from 4.7 to 6.4 l/100 km. Long-term data is still pending given the 2025 market launch.
- !! Loss of drive with fault message under full load (limp mode)
Under heavy load, such as a long uphill climb at full throttle after switching out of regen mode, the drivetrain control can briefly cut power and display a gearbox fault message. The car drops into a limp-home mode for around 30 seconds before behaving normally again after a restart.
Symptoms: Sudden loss of power under full load on an incline, an automatic-transmission fault message on the display, an accompanying drone from the drivetrain; usually resolves after switching the car off and on again. - !! 12V system too weak — hybrid control units fail to initialize
If the 12V battery voltage drops too far, the hybrid control units cannot initialize correctly. The car then refuses to start even though the high-voltage traction battery is sufficiently charged.
Symptoms: Vehicle fails to start despite a charged hybrid battery; 12V battery repeatedly flat, sometimes overnight; battery-saving-mode warning messages. - ! Multimode dog-clutch gearbox: clunk and rev flare when the engine engages from 8,000 km
When switching from pure electric driving to combustion-engine operation (e.g. on cold start or around 40 km/h), a metallic clunk or cracking noise can occur sporadically in the clutchless multimode dog-clutch gearbox, sometimes with a brief flare in engine speed.
Symptoms: Metallic clunk when the combustion engine engages first gear; briefly noticeable rev flare when switching from electric to combustion operation, especially on a cold engine.
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Suspension Already Flagged at First MOT TÜV reports show that the Captur II's suspension and handbrake are flagged above average frequency from the second MOT onwards. Suspension remains a critical weak point. Symptoms: TÜV suspension defects, knocking, handbrake does not hold from 60,000 km | Medium |
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Known Problems and Issues +
A total of 48 weaknesses have been documented for the Renault Captur 2-FL (2024–2026) — 39 engine-related and 9 vehicle-related. Typical issues affect Suspension, Gearbox, Electronics, Other. Considered reliable: H5H-1.3 (1.3L TCe), Renault-1.8-FHEV (1.8L E-Tech Hybrid).
Captur (H4Dt-LPG, 2024–2025) — Be Careful: Turbo Bearing Wear from Oil Starvation, Timing chain wear, Wastegate Wear. Power: 101 PS.
Captur (H4M-FHEV, 2024–2025) — Be Careful: Recall 0ET1: Electric Motor Primary Shaft O-Ring, Electric Motor Failure from Oil Contamination, O-Ring Failure: Gearbox Oil Contaminates E-Motor (Recall 0ET1). Power: 92–94 PS.
What to watch out for with the Renault Captur? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Renault Captur 2-FL have? +
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Which Renault Captur 2-FL engine is the most fun? +
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Last updated: February 2026 · All information without guarantee