Install Chrome Extension Chrome Extension
Citroën · Compact · 2020–2026 Custom Search

Citroën C4 3

Weaknesses, engine ratings and buying advice

1.3 / 5.0 · Based on 8 engine variants · How we rate

The Citroën C4 III (from 2020) is a radical departure from everything the C4 was before — no longer a conventional compact but a crossover with a coupé roofline on the CMP platform. Available as a combustion model and as the fully electric ë-C4 — Citroën's first electric compact car. The design polarises, the comfort with the Advanced Comfort suspension impresses, but the technology raises new questions.

Combustion engine choice: The EB2-DT (1.2L PureTech Turbo, 74–81 kW) is the best-selling engine — with the known wet-belt risk. Timing belt in an oil bath, preventive replacement 700–800 €, engine damage 5,000–8,000 €. From 2023 an improved belt version, but long-term experience is lacking. The EB2-DTS (1.2L PureTech 130, 96 kW) and the new EB2-ADTX (1.2L PureTech 155, 114 kW) share the same fundamental problem. The EB2-DT-MH">EB2-DT-MH (48V mild hybrid, 100 kW) combines PureTech with electric assistance — wet belt remains. Diesel: DV5-100 (1.5L BlueHDi, 75–81 kW) and DV5-130 (1.5L BlueHDi, 96 kW) — solid, mind the timing chain recall.

The ë-C4 with EM-100 (100 kW) or EM-115 (115 kW) electric motor: real-world range 250–320 km (50 kWh battery). Solid EV technology, no serious battery problems known so far. The main issue is software: infotainment crashes, OTA updates that go wrong, collision warning with false alarms.

Vehicle weaknesses: Rear axle spring recall — spring breakage on the C4 III is an official recall, always verify completion. Infotainment freezes, responds with delay, Bluetooth connection drops — software updates help partially. Suspension noise (thumping over bumps) despite Advanced Comfort. On the ë-C4: HV wiring recall and HV battery software recall — both safety-relevant, verify completion. Collision warning triggers false alarms — annoying but not dangerous.

Test-drive checklist: Combustion: check oil level and oil filler cap for particles (wet belt). Test infotainment thoroughly — start navigation, connect Bluetooth, change settings. Suspension over bumps: thumping? Spring recall completed? Test brakes. ë-C4: is charge level and displayed range plausible? Fast charging history in the on-board computer? Test ADAS systems on the motorway.

Purchase advice: 2026 prices: combustion from 15,000–22,000 €, ë-C4 from 18,000–26,000 € (after incentives). Insider pick: ë-C4 EM-100 for city commuters — no wet-belt risk, low running costs, and the Advanced Comfort suspension plays to its strengths in urban traffic. For combustion: DV5-130 BlueHDi with automatic for high-mileage drivers. PureTech only with documented wet-belt status. The C4 III is Citroën's boldest car since the C6 — and more convincing technically as an EV than as a combustion model.

Most Fun Engine

156 PS

C4 · Elektro

Improved ë-C4

Fun to Drive!
Problem Engine

101–110 PS

1.5L BlueHDi 100 Diesel

6 weaknesses

Stay Away!

Generations


Engine Overview

The Citroën C4 3 is available with 8 engine variants — from 100 to 156 hp.

1.5L BlueHDi 100 · Diesel· 102–110 PS
2020 2026

Modern PSA diesel (1.5 L BlueHDi, 75 kW) with common-rail, SCR catalytic converter and AdBlue. Economical and clean, designed as the successor to the 1.6 HDi. Belt-driven timing with a wet-belt camshaft chain (only 7 mm wide) as a known weak point — Stellantis extended the warranty to 10 years / 240,000 km. Always check whether the 8 mm chain update has been carried out. AdBlue system and DPF are susceptible on short trips.

  • !! Timing chain (7 mm) snaps — engine damage possible from 60,000 km

    The DV5-100 was initially shipped with a 7 mm wide timing chain that stretches prematurely and can snap under short-trip use and fuel dilution of the oil. Stellantis recalled over 141,700 vehicles and upgraded to a stronger 8 mm chain.

    Symptoms: Clattering rattle on cold start (chain tensioner), sudden engine stall, engine warning light, no restart
    1,200–5,000 $
  • !! High-pressure pump seizes — metal particles in fuel system from 45,000 km

    The Bosch high-pressure fuel pump on the DV5-100 can seize due to a design fault. Metal particles then contaminate the entire fuel circuit; injectors and fuel tank must be completely replaced. Damage often occurs below 50,000 km.

    Symptoms: Hesitation and stumbling under load, engine misfires, no or difficult restart, engine warning light
    2,000–6,000 $
  • !! AdBlue tank sensor defective — starter lockout from 70,000 km

    The DV5-100 shares the PSA-wide AdBlue tank problem: the integrated level sensor fails and the tank cannot be repaired individually. In winter the urea solution crystallises and additionally blocks pump and lines.

    Symptoms: AdBlue warning message, countdown to starter lockout, implausible range display
    400–1,200 $

+ 3 more engine weaknesses + vehicle weaknesses

1.5L BlueHDi 130 · Diesel· 130–131 PS
2020 2026

Stronger 130 hp variant (96 kW) of the 1.5 BlueHDi with strong mid-range pull and high efficiency. Often paired with the EAT8 automatic, positioned as a replacement for the older 2.0 HDi. Shares the camshaft chain issue of the DV5-100 — the narrow 7 mm chain can stretch prematurely. The Stellantis warranty extension applies here as well. High-pressure pump is sensitive to fuel contamination. Oil changes strictly according to schedule.

  • !! Timing chain: 7 mm chain breaks — Stellantis recall from 60,000 km

    The DV5-130 was delivered from 2017 with a critically narrow 7 mm timing chain that can snap under oil-diluted operating conditions. Stellantis recalled 141,700 vehicles; the upgrade kit with an 8 mm chain, new camshafts and improved tensioner permanently resolves the issue.

    Symptoms: Rattling noise on start, sudden engine stall, no restart, engine warning light P0016
    1,500–5,500 $
  • !! Injection system seizes — fuel circuit contaminated from 50,000 km

    The DV5-130 high-pressure pump (Bosch) can seize and introduce metal particles into the entire fuel circuit. Affected vehicles require replacement of pump, injectors and fuel tank. Total damage can exceed €6,000.

    Symptoms: Hesitation, engine stumbling under load, misfires, heavy smoke, engine stall
    2,500–7,000 $
  • !! AdBlue system: crystallisation and sensor failure from 70,000 km

    The integrated AdBlue tank sensor is known to be unreliable. At temperatures below −11 °C the urea solution freezes and can damage the pump and dosing valve. Crystals block the circuit. Tank replacement is unavoidable as the sensor is not available separately.

    Symptoms: SCR warning light, countdown to starter lockout, incorrect AdBlue remaining range display, starting refused after countdown
    400–1,300 $

+ 3 more engine weaknesses + vehicle weaknesses

1.2L PureTech 130 · Petrol· 130–135 PS
2020 2026

PureTech 130 Turbo (96 kW) — same engine as the EB2-DT with more boost pressure. Shares the wet-belt issue of production years before 2019 entirely. Crankshaft end-float from worn thrust washers is the second major weak point — once exceeding 0.5 mm, engine failure is imminent. Oil consumption from piston ring coking should be monitored from 60,000 km onwards. From 2022, significantly more reliable with a timing chain.

  • !! Wet belt deterioration in oil bath from 65,000 km

    Oil-bath timing belt delaminates due to fuel dilution of the oil; stop-start operation of the mild hybrid system adds additional belt stress. Newer Gen 3 engines from 2022 feature a revised design.

    Symptoms: Oil pressure warning light, engine noises, power drop, potential engine damage
    900–1,600 $
  • !! Elevated oil consumption — piston rings from 75,000 km

    Oil scraper rings coke up from short-trip use with direct injection; engine can consume up to 3 l/1,000 km. Stellantis offers extended goodwill up to 175,000 km for build years before 2022.

    Symptoms: Elevated oil consumption, blue smoke on throttle, frequent oil checks needed
    1,500–3,500 $
  • !! Turbo bearing damage from diluted oil from 85,000 km

    Higher boost levels increase thermal stress; fuel-diluted engine oil reduces lubricity and damages the turbo journal bearings. Warning signs are often not detectable in advance.

    Symptoms: Whistling or rattling turbo noise, bluish exhaust smoke, power drop
    1,000–2,500 $

+ 3 more engine weaknesses + vehicle weaknesses

1.2L PureTech 155 · Petrol· 155 PS
2020 2026

Highest output level of the PureTech three-cylinder (114 kW) with 240 Nm, direct injection and turbocharging. The notorious wet-belt issue of the older production series was resolved through the revised Gen3 design from 2022, which uses a timing chain instead. Piston ring coking on short trips and valve clearance checks every 80,000 km remain as maintenance items. Oil changes every 15,000 km with Total Quartz Ineo Xtra are essential.

  • !! Wet belt degradation in oil bath (pre-Gen3) from 70,000 km

    The oil-bathed timing belt can delaminate in older production years (pre-2022) due to fuel contamination in the oil. From 2022, revised Gen3 engines were introduced.

    Symptoms: Oil pressure warning lamp, engine noise, power loss, potential engine damage.
    900–1,600 $
  • !! Crankshaft end float — more dangerous at high output from 90,000 km

    The high-output EB2-ADTX 155 hp shares the known crankshaft end-float issue of all EB2 engines, but is more severely affected due to the higher stress level. At 0.5 mm of play, PSA requires the engine block to be replaced.

    Symptoms: Axial knock on load changes, increasing engine noise, timing belt runs at an angle, oil pressure warning from belt debris
    1,000–5,000 $
  • !! Turbocharger worn prematurely under high load from 100,000 km

    The turbocharger on the EB2-ADTX 155 hp is under greater load than in base variants due to the higher power output. The wastegate and bearings wear sooner, particularly when oil dilution is present.

    Symptoms: Whistling or rattling under boost, power loss under full load, black smoke under heavy load, boost pressure fault code
    700–2,000 $

+ 3 more engine weaknesses + vehicle weaknesses

1.2L PureTech Turbo · Petrol· 100–110 PS
2020 2026

Turbocharged variant of the PSA three-cylinder with an oil-bathed timing belt. The belt runs in engine oil and can delaminate prematurely on short trips with long oil change intervals, blocking the oil passages. Stellantis granted an extended warranty of 10 years/175,000 km for affected production years in 2024.

  • !! Wet belt deterioration in oil bath from 70,000 km

    Oil-bath timing belt delaminates due to fuel dilution of the oil; stop-start operation of the mild hybrid system adds additional belt stress. Newer Gen 3 engines from 2022 feature a revised design.

    Symptoms: Oil pressure warning light, engine noises, power drop, potential engine damage
    800–1,500 $
  • !! Elevated oil consumption from coked piston rings from 75,000 km

    Oil scraper rings coke up from short-trip use with direct injection. In extreme cases the engine consumes 3 litres per 1,000 km. Stellantis acknowledged the problem and offers goodwill up to 175,000 km.

    Symptoms: Significantly elevated oil consumption, blue smoke clouds under acceleration, oil warning light
    1,500–3,500 $
  • !! Turbocharger failure due to oil pressure problems from 90,000 km

    The turbocharger is sensitive to degraded or fuel-diluted oil. Oil passages clogged by wet-belt particles can destroy the turbo bearings. Frequently a secondary failure following wet-belt problems.

    Symptoms: Whistling turbo noise, blue smoke, power loss, oil pressure loss
    900–2,200 $

+ 4 more engine weaknesses + vehicle weaknesses

1.2L PureTech Turbo 48V · Petrol Mild-Hybrid· 130–135 PS
2023 2026

48V mild hybrid variant of the PureTech three-cylinder with an electric starter-generator (21 kW) that assists at pull-away and enables coasting. Revised dry belt from 2023 — no wet-belt issues. e-DCS6 dual-clutch gearbox as standard, still too young for reliable long-term data on clutch actuator wear. Oil changes must be strictly observed, valve clearance checked every 80,000 km.

  • !! Wet belt deterioration in oil bath from 70,000 km

    Oil-bath timing belt delaminates due to fuel dilution of the oil; stop-start operation of the mild hybrid system adds additional belt stress. Newer Gen 3 engines from 2022 feature a revised design.

    Symptoms: Oil pressure warning light, engine noises, power drop, potential engine damage
    900–1,600 $
  • !! Oil-bathed timing belt — same as all EB2 turbo engines from 80,000 km

    Despite the mild hybrid addition, the base EB2-DT engine retains the problematic oil-bathed timing belt unchanged. The belt risk is identical to that of other EB2-DT variants.

    Symptoms: No audible warning, oil pressure warning, belt debris visible in oil system, sudden engine shutdown on belt failure
    400–1,200 $
  • !! Belt-starter-generator BSG faults from 80,000 km

    The 48V belt-starter-generator can fail from software faults or bearing problems. When defective the system deactivates the recuperation boost mode; the engine continues to run conventionally.

    Symptoms: Loss of boost function, warning display in dashboard, increased fuel consumption
    600–1,800 $

+ 3 more engine weaknesses + vehicle weaknesses

Elektro 100kW · Electric· 136 PS
2020 2024

First PSA electric motor (100 kW) on the CMP platform with a 50 kWh battery and 340-362 km WLTP range. DC charging up to 100 kW. The Mahle OBC (onboard charger) from 2019-2022 production years is the most notorious weak point — only the switch to the VMAX OBC from mid-2022 brought relief. 12V battery drains when parked for extended periods. Heat pump compressor is the most expensive single repair. Keep software updates current.

  • !! High-voltage battery — capacity loss and SoH issues from 80,000 km

    Some ë-C4/ë-Berlingo units show a state of health below 100% straight from the factory. The usable capacity of the nominally 50 kWh battery is realistically only around 45 kWh. In winter, range drops to 60–70% of the rated figure. Annual degradation rate approximately 1–2%.

    Symptoms: Significantly lower range than stated, range estimate unreliable.
    3,000–12,000 $
  • !! BMS software — recall due to loss of drive

    Stellantis recalled ë-C4 and ë-Berlingo vehicles due to faulty software calibration in the traction battery control unit. The fault causes incorrect cell voltage or temperature readings and can trigger loss of drive while moving. A software update at the dealership is required.

    Symptoms: Sudden loss of drive while moving, warning message 'electric traction system'.
    0–0 $
  • !! Charging system — AC charging fault and infotainment freeze

    Some ë-C4 owners report problems with AC charging (Type 2) while DC CCS charging works. Software updates can temporarily disable charging capability, radio, reversing camera, and navigation. A dealer visit is required to resolve the issue.

    Symptoms: Charging aborts, infotainment unresponsive, charge flap won't open, fault warning light.
    200–1,500 $

+ 3 more engine weaknesses + vehicle weaknesses

Elektro 115kW · Electric· 156 PS
2024 2026

Revised Stellantis electric motor (115 kW) on the e-CMP platform with a 54 kWh battery and faster DC charging up to 100 kW. Benefits from the VMAX OBC — the Mahle charger problem of the first generation is resolved. 12V battery drain and heat pump compressor remain as known weak points. Overall more reliable than the first EM-100 generation thanks to more mature software and hardware revisions.

  • !! BMS software — loss of drive due to faulty calibration

    As with the EM-100, the EM-115 (54 kWh variant) has a software calibration weakness in the traction battery control unit. The fault causes incorrect cell voltage readings and can trigger loss of drive while moving. The Stellantis recall also covers the ë-C4 X.

    Symptoms: Sudden loss of drive, electric drive system warning light, power cut.
    0–0 $
  • !! Range — display overestimates real-world range

    The ë-C4 X with 54 kWh battery and 115 kW motor shows up to 260 km range in the brochure; in reality it is 180–220 km depending on driving style and temperature. All Stellantis EVs are known for inaccurate range estimation (internally called 'Guessometer'). Winter: up to 30% less.

    Symptoms: Range display fluctuates significantly, less range than shown, uncertainty at the charger.
    0–0 $
  • !! Battery degradation — 54 kWh pack, long-term test from 120,000 km

    The 54 kWh NMC battery in the ë-C4 X degrades at approximately 1–2% per year according to long-term tests. Frequent DC rapid charging (max 50 kW) and operation in extreme temperatures increases the degradation rate. The manufacturer's SoH guarantee (minimum 70% after 8 years) provides a safety net.

    Symptoms: Decreasing charge capacity, shorter range, state-of-charge jumps on the display.
    4,000–15,000 $

+ 3 more engine weaknesses + vehicle weaknesses

Vehicle Weaknesses

WeaknessCost
Recall: rear springs can detach

A recall was issued for the C4 III because rear axle springs can detach and fall off. This presents a significant safety risk for other road users.

Low
Recall: high-voltage wiring harness fire risk (ë-C4)

Citroën issued a recall for the ë-C4 III because the high-voltage wiring harness presents an elevated fire risk. Affects the electric variant of the C4 III; immediate workshop inspection required.

Low
Recall: battery fault causes power loss (e-C4)

The Citroen e-C4 model year 2022 is subject to a recall because a battery fault can cause power loss during driving. An estimated 2,342 vehicles are affected in Germany. A software update at the dealer taking approximately 30 minutes provides the fix.

Low

Alternatives

Same Segment

Cupra Leon KL-FL

Compact (2024–2026)

Same Segment

Cupra Born I-FL

Compact (2024–2026)

Same Segment

Hyundai i30 PD-FL3

Compact (2024–2026)

Same Segment

MINI MINI F66

Compact (2024–2028)

Same Segment

MINI MINI Countryman U25

Compact (2024–2028)

Same Segment

MINI MINI Aceman J05

Compact (2024–2028)

Explore more

Known Problems and Issues +

A total of 55 weaknesses have been documented for the Citroën C4 3 (2020–2026) — 49 engine-related and 6 vehicle-related. 7 problem engines: EB2-DT (1.2L PureTech Turbo), EB2-DTS (1.2L PureTech 130), DV5-100 (1.5L BlueHDi 100), DV5-130 (1.5L BlueHDi 130), EM-100 (Elektro 100kW), EB2-DT-MH (1.2L PureTech Turbo 48V), EB2-ADTX (1.2L PureTech 155). Typical issues affect Other, Electronics, Suspension.

C4 (DV5-100, 2020–2024) — Stay Away!: Timing chain (7 mm) snaps — engine damage possible, High-pressure pump seizes — metal particles in fuel system, AdBlue tank sensor defective — starter lockout. Power: 102 PS.

C4 (DV5-100, 2020–2026) — Stay Away!: Timing chain (7 mm) snaps — engine damage possible, High-pressure pump seizes — metal particles in fuel system, AdBlue tank sensor defective — starter lockout. Power: 110 PS.

C4 (DV5-130, 2020–2026) — Stay Away!: Timing chain: 7 mm chain breaks — Stellantis recall, Injection system seizes — fuel circuit contaminated, AdBlue system: crystallisation and sensor failure. Power: 130–131 PS.

C4 (EB2-DT, 2020–2026) — Stay Away!: Wet belt deterioration in oil bath, Elevated oil consumption from coked piston rings, Turbocharger failure due to oil pressure problems. Power: 110 PS.

C4 (EB2-DT, 2020–2026) — Stay Away!: Wet belt deterioration in oil bath, Elevated oil consumption from coked piston rings, Turbocharger failure due to oil pressure problems. Power: 100–101 PS.

C4 (EB2-DTS, 2020–2026) — Stay Away!: Wet belt deterioration in oil bath, Elevated oil consumption — piston rings, Turbo bearing damage from diluted oil. Power: 130–135 PS.

C4 (EB2-ADTX, 2020–2026) — Stay Away!: Wet belt degradation in oil bath (pre-Gen3), Crankshaft end float — more dangerous at high output, Turbocharger worn prematurely under high load. Power: 155 PS.

C4 (EB2-DT-MH, 2023–2026) — Stay Away!: Wet belt deterioration in oil bath, Oil-bathed timing belt — same as all EB2 turbo engines, Belt-starter-generator BSG faults. Power: 130–135 PS.

C4 (EM-100, 2020–2024) — Stay Away!: High-voltage battery — capacity loss and SoH issues, BMS software — recall due to loss of drive, Charging system — AC charging fault and infotainment freeze. Power: 136 PS.

C4 (EM-115, 2024–2026) — Be Careful: BMS software — loss of drive due to faulty calibration, Range — display overestimates real-world range, Battery degradation — 54 kWh pack, long-term test. Power: 156 PS.

What to watch out for with the Citroën C4? See the detailed listing of all engine and vehicle weaknesses in the sections above.

Frequently Asked Questions

What problems and weaknesses does the Citroën C4 3 have? +
The Citroën C4 3 has 49 known engine weaknesses and 6 vehicle weaknesses.
What should I look for when buying a used Citroën C4 3? +
faq.watch_a_avoid
Which engine is recommended? +
Be careful: EM-115 (Elektro 115kW). No engine is rated 'Good Choice'. The most fun to drive is the EM-115 (Elektro 115kW). Problem engine: DV5-100 (1.5L BlueHDi 100) — stay away!
Which Citroën C4 3 engine is the most fun? +
The {code} ({displacement}) offers the most driving fun in the Citroën C4 3 — rated: "Fun to Drive!". {description} 156 hp with more range — the improved electric C4 is more practical than its predecessor.
Is the Citroën C4 3 worth buying used? +
Caution is advised with the Citroën C4 3 — 7 of 8 engine variants are rated 'Stay Away!'. The engine choice is crucial.
What horsepower variants are available for the Citroën C4 3? +
The Citroën C4 3 is available with engine variants from 100 to 156 hp. Petrol: EB2-DT (1.2L PureTech Turbo), EB2-DTS (1.2L PureTech 130), EB2-DT-MH (1.2L PureTech Turbo 48V), EB2-ADTX (1.2L PureTech 155). Diesel: DV5-100 (1.5L BlueHDi 100), DV5-130 (1.5L BlueHDi 130).

Last updated: February 2026 · All information without guarantee