Volvo XC40 1
Weaknesses, engine ratings and buying advice
The Volvo XC40 I (2017–present) is the compact SUV on Volvo's CMA platform — Volvo's answer to the Audi Q3 and BMW X1. Shorter, lighter, more urban than the XC60. It launched to strong reviews and has held up reasonably well, but has quirks typical of a first-generation platform.
Engine lineup: The B3154T 1.5L three-cylinder turbo (T3, 163 hp) is economy-focused but can feel underpowered in this weight class; the start-stop recall on 2018–2019 models is important to confirm. The B4204T21 (T4/B4 MHEV, 190–197 hp) is the sweet spot — either the pure petrol T4 or the 48V mild-hybrid B4 from 2020. The B4204T23 (T5/B5 AWD, 247–250 hp) adds AWD. The D4204T8 (D4, 190 hp diesel) is the European motorway choice — strong torque, 45+ mpg combined, but at risk of DPF clogging on short-trip urban use. The plug-in B4204T35 (Recharge PHEV, 262 hp) and the pure electric Recharge variants carry extra complexity covered separately.
Known issues to check: The infotainment system on 2018–2020 models freezes or reboots — particularly common before the transition from Android-based Sensus to Google Automotive OS on 2022+ models. Software updates help but don't fully cure older units. The electronic door handles are a recurring complaint: they fail at 30,000–45,000 km in temperature extremes, leaving occupants locked out. The driver's seat creaking noise is one of the most commonly reported XC40 issues — loud squeak under acceleration and braking, tracked to loose seat rail or pivot bushing. The Powershift dual-clutch gearbox (DCT, FWD models) judders on pull-away — typical wet-clutch behaviour that worsens if serviced infrequently. The A/C compressor fails prematurely on D3, T4, and T5 variants from 2019–2021, typically audible first as a rattle then as complete cooling loss.
Recalls to verify: Hydraulic brake unit weld quality (any year — affects ABS and ESP activation), start-stop fault on 2018–2019 three-cylinder models, AEB software (2019–2020). The brake unit recall is safety-critical — check VIN before purchase.
Test-drive checklist: Infotainment: cold-start, check boot time and Bluetooth pairing. Door handles: operate all four from outside in cold if possible. Seat: accelerate and brake firmly — squeaking? DCT: pull away slowly from standstill, any judder? A/C: turn on full, any rattling from compressor area?
2026 market: 2018–2020 T4/T5 from $14,000–22,000. 2020–2022 B4/B5 MHEV from $21,000–30,000. Recharge PHEV from $26,000–36,000. Diesel D4 (EU market) from $15,000–24,000.
Insider pick: B4 MHEV 2021–2022, FWD or AWD — mature 48V system, Google Automotive OS infotainment (significantly more stable), post-recall brake unit. Avoid 2018–2019 three-cylinder models. If petrol without MHEV: T4 2020 onward after the brake and AEB recalls were resolved.
408 PS
XC40 · Elektro
Electric AWD fun
Fun to Drive!179 PS
1.5L 3-Zyl PHEV Benzin
2 weaknesses
Good ChoiceEngine Overview
The Volvo XC40 1 is available with 9 engine variants — from 120 to 408 hp. 1 variants had engine changes — the model year is crucial.
Entry-level diesel of the VEA family (Volvo's own 2.0 four-cylinder, no PSA heritage) with common-rail up to 2,000 bar and single-stage turbo. The D2 tune is geared toward maximum efficiency with low exhaust temperatures, which encourages EGR cooler sooting and incomplete particulate filter regeneration in short-trip use. Valvetrain runs a timing belt with a long interval (around 240,000 km or 10 years), no maintenance headache as long as it is documented. The central weak point is the EGR cooler together with the plastic intake manifold: both were subject to a large fire-risk recall. Before buying, check recall status by VIN and look for documented oil changes.
- !! Timing belt — long interval, but mandatory to keep from 240,000 km
The VEA diesel uses a dry timing belt with a replacement interval of around 240,000 km or 10 years. On used cars the change is often undocumented. A belt failure means catastrophic valve damage on this interference engine. Replace belt, tensioner and idler pulleys as a kit.
Symptoms: No warning before failure. Check beforehand: cracks, wear, hardened or cracked rubber on the belt, squealing noise. - !! Plastic intake manifold distorts — fire-risk recall from 80,000 km
Soot from the EGR system builds up on the swirl flaps in the plastic intake manifold and restricts flow. The heat build-up can distort or melt the manifold — Volvo recalled over 500,000 diesels worldwide. The remedy is manifold replacement; without the recall 300–2,000 EUR depending on collateral damage.
Symptoms: Unusual smell in the cabin, power loss, engine warning light, in rare extreme cases an engine-bay fire. - !! EGR cooler clogged (all VEA diesels affected) from 60,000 km
Even the weakest VEA diesel D2 (D4204T5) is affected by the EGR cooler problem. With this engine's already low exhaust temperatures, EGR soot paste formation is particularly common.
Symptoms: Check engine light, engine throttling, increased fuel consumption, rough idle
+ 3 more engine weaknesses + vehicle weaknesses
Turbocharged three-cylinder of 1.5 litres from the Drive-E/VEA architecture, lighter and more compact than the four-cylinder and kept acceptably smooth by a balance shaft, yet noticeably rougher at cold idle with more pronounced vibration. Direct injection causes intake-valve coking from medium mileage onward, and oil consumption via the piston rings rises because the small displacement works hard under boost. Turbocharger shaft seals and the direct-injection high-pressure pump are the further wear points. Valve timing runs on a dry belt with the same shortened interval as the larger Drive-E engines. An economical city engine that runs reliably given disciplined oil checks and a well-maintained belt drive.
- !! Timing belt — same Drive-E logic, smaller engine from 120,000 km
The B3154T three-cylinder also uses a timing belt drive. Change interval 120,000 km. The three-cylinder generates more vibration, which can load the belt tensioner earlier.
Symptoms: Vibrations at idle with worn engine mounts, belt tensioner noise - !! Elevated oil consumption from turbocharging from 80,000 km
The 1.5-litre three-cylinder turbo in the XC40 is more susceptible to oil consumption by its nature than larger four-cylinders. Turbo oil supply and piston rings must be maintained carefully.
Symptoms: Dropping oil level, occasional blue smoke under load, slightly elevated consumption - !! Turbocharger seal wears on small displacement from 100,000 km
The 1.5-litre three-cylinder turbo in the XC40 operates near its power limit. Turbocharger shaft seals tend to wear with insufficient cool-down time after hard driving or poor oil quality. At least 30 seconds idling after full-throttle runs recommended.
Symptoms: Blue smoke from exhaust, oil in intercooler, elevated oil consumption under load.
+ 1 more engine weaknesses + vehicle weaknesses
This XC40 PHEV powertrain is based on the transverse 1.5-litre three-cylinder turbo petrol engine (1477 cc), paired with a front-mounted e-motor and seven-speed dual-clutch transmission (DCTH). Unlike the larger T8, this drivetrain has NO electric rear axle (ERAD) — it drives the front axle via the combustion engine and integrated e-motor. The three-cylinder is punchy for its layout but, by design, prone to noticeable vibration and is more acoustically present than a four-cylinder. Typical drivetrain weaknesses are electronic rather than mechanical: the 12-volt support battery deep-discharges with scheduled charging active because the car fails to enter sleep mode properly — the result is a dead car. The high-voltage battery and charging electronics should be checked by diagnosis and the software kept up to date.
- !! 12-volt support battery deep-discharges from 30,000 km
With scheduled charging active, the XC40 PHEV sometimes fails to enter sleep mode properly and drains the small 12-volt battery, especially when the car sits plugged in for several days. The result: the vehicle won't start or respond. Software updates and a new battery help, but the issue has recurred in some cases.
Symptoms: Car won't start or unlock, electronics dead after several days on the charging cable, low-battery warning. - ! High-voltage battery monitoring — improved software required
The small high-voltage battery (around 10.7 kWh) of the XC40 PHEV loses usable capacity over the years and with it electric range. Rarely an acute defect, more a gradual degradation. Have battery health checked by diagnosis before purchase.
Symptoms: Battery warning light, reduced charging capacity
Turbocharged two-litre four-cylinder from the Drive-E/VEA family, here in the detuned entry stage and paired with a 48-volt mild-hybrid system. A belt-driven integrated starter generator mounts to the side of the block, adds a brief shove under acceleration and recuperates on deceleration, cutting fuel use noticeably. Direct injection means intake-valve coking at higher mileage, plus the typical VEA piston-ring oil consumption and an electric water pump that turns troublesome on certain batches. Valve timing runs on a dry belt that Volvo has cut back to 90,000 km or ten years. Unremarkable day to day, but not maintenance-free: keep an eye on the PCV, the belt and the 48-volt electrical system.
- !! Timing belt – interval cut by Volvo to 90,000 km from 90,000 km
The Drive-E base engine uses a dry timing belt. Volvo cut the interval from an original ~230,000 km down to 90,000 km or ten years. Oil leaks at the crankshaft seal can contaminate the belt and destroy it prematurely.
Symptoms: Squeal on cold starts, visible cracks or oil traces on the belt; on failure catastrophic engine damage from valve-to-piston contact. - !! Oil consumption from VEP4 piston rings from 80,000 km
All B4204T34 MHEV variants share the Drive-E base engine. The known piston ring and oil consumption problem of the early VEP4 generation also applies here, especially on vehicles prior to the production update in 2019.
Symptoms: Dropping oil level without visible leak, occasional blue smoke, consumption above 0.5 L/1,000 km - !! 48V starter generator (ISG/BISG) failure from 90,000 km
The belt-driven 48V starter generator mounts to the side of the block. Belt, tensioner or the module with its inverter can wear; a failed ISG module triggers a charging-fault message and can strand the car. Often a software fix first.
Symptoms: 12V battery critical message, unusual noise or vibration during automatic stop-start, no boost, warning light; in the worst case a breakdown.
+ 3 more engine weaknesses + vehicle weaknesses
Mid-output stage of the turbocharged two-litre four-cylinder from the Drive-E/VEA line with a 48-volt mild-hybrid system. Compared with the entry variant it runs slightly more boost for stronger pull, while the mechanical base is identical. The belt-driven starter generator assists when pulling away and recuperates; the 48-volt system with its own battery and inverter should be checked from around 100,000 km. Direct injection causes intake-valve coking, alongside the familiar VEA piston-ring oil consumption and occasional electric water-pump failures. Timing runs on a dry belt with the interval cut by Volvo to 90,000 km or ten years. A solid long-distance engine that does not forgive neglected belt and crankcase-ventilation maintenance.
- !! Timing belt – interval cut by Volvo to 90,000 km from 90,000 km
The Drive-E base engine uses a dry timing belt. Volvo cut the interval from an original ~230,000 km down to 90,000 km or ten years. Oil leaks at the crankshaft seal can contaminate the belt and destroy it prematurely.
Symptoms: Squeal on cold starts, visible cracks or oil traces on the belt; on failure catastrophic engine damage from valve-to-piston contact. - !! Oil consumption from VEP4 piston rings from 80,000 km
All B4204T34 MHEV variants share the Drive-E base engine. The known piston ring and oil consumption problem of the early VEP4 generation also applies here, especially on vehicles prior to the production update in 2019.
Symptoms: Dropping oil level without visible leak, occasional blue smoke, consumption above 0.5 L/1,000 km - !! 48V starter generator (ISG/BISG) failure from 90,000 km
The belt-driven 48V starter generator mounts to the side of the block. Belt, tensioner or the module with its inverter can wear; a failed ISG module triggers a charging-fault message and can strand the car. Often a software fix first.
Symptoms: 12V battery critical message, unusual noise or vibration during automatic stop-start, no boost, warning light; in the worst case a breakdown.
+ 3 more engine weaknesses + vehicle weaknesses
Higher output stage of the turbocharged two-litre four-cylinder from the Drive-E/VEA family with a 48-volt mild-hybrid system. More boost and a twin-scroll turbo deliver crisp response and strong pull; mechanically it shares its base with the lower stages. The belt-coupled 48-volt starter generator provides boost and recuperation, but the module and its inverter can fail and then trigger a charging-fault message. The higher thermal load makes turbo oil return, intake-valve coking and the VEA-typical oil consumption especially worth watching. Dry timing belt with the interval reduced to 90,000 km or ten years. A muscular everyday engine that needs disciplined oil care and attention to the 48-volt system.
- !! Timing belt – interval cut by Volvo to 90,000 km from 90,000 km
The Drive-E base engine uses a dry timing belt. Volvo cut the interval from an original ~230,000 km down to 90,000 km or ten years. Oil leaks at the crankshaft seal can contaminate the belt and destroy it prematurely.
Symptoms: Squeal on cold starts, visible cracks or oil traces on the belt; on failure catastrophic engine damage from valve-to-piston contact. - !! Oil consumption from VEP4 piston rings from 80,000 km
All B4204T34 MHEV variants share the Drive-E base engine. The known piston ring and oil consumption problem of the early VEP4 generation also applies here, especially on vehicles prior to the production update in 2019.
Symptoms: Dropping oil level without visible leak, occasional blue smoke, consumption above 0.5 L/1,000 km - !! 48V starter generator (ISG/BISG) failure from 90,000 km
The belt-driven 48V starter generator mounts to the side of the block. Belt, tensioner or the module with its inverter can wear; a failed ISG module triggers a charging-fault message and can strand the car. Often a software fix first.
Symptoms: 12V battery critical message, unusual noise or vibration during automatic stop-start, no boost, warning light; in the worst case a breakdown.
+ 3 more engine weaknesses + vehicle weaknesses
Modular 2.0 four-cylinder from the Drive-E/VEP4 family with turbocharger and direct injection. Aluminium block, wet timing belt running in oil, compact layout. Early production units (2014–2016) use friction-optimised piston and oil-control rings that cause elevated oil consumption — Volvo extended the warranty and revised the rings from mid-2016. As a direct-injection engine it is prone to carbon build-up on the intake valves because no fuel washes over them. Further weak spots are the oil cooler with internal leakage, the electric water pump and the ageing crankcase ventilation. A solid base provided oil changes are kept short and the timing belt is replaced on time.
- !! Oil consumption from weak piston rings (VEP4 issue) from 80,000 km
The Drive-E four-cylinders (VEP4) were fitted with low-tension piston rings to reduce friction. Result: elevated oil consumption, especially in the early production phase 2014–2016. Volvo extended the warranty to 8 years/160,000 km.
Symptoms: Dropping oil level without visible leaks, occasional blue smoke, oil consumption above 0.5 L/1,000 km - !! Timing belt — change interval 120,000 km/8 years from 130,000 km
All Drive-E four-cylinders use a timing belt rather than a chain. Change interval is 120,000–150,000 km (some sources: 12–16 years). Earlier change recommended at high mileage.
Symptoms: No warning before sudden failure; occasional belt squeal with failing tensioner - !! Oil cooler internal leak — oil and coolant mixing from 120,000 km
The oil cooler mounted on the side of the block develops an internal leak so engine oil and coolant mix. This creates a damaging emulsion that stresses bearings and coolant passages. Known issue on the 2.0 VEA engines from around 2015.
Symptoms: Milky brown froth on the oil cap or dipstick, coolant loss, blue-green coolant trace at the oil filter housing, possible overheating
+ 4 more engine weaknesses + vehicle weaknesses
Higher-boost T5 variant of the modular Drive-E/VEP4 two-litre with turbocharger and direct injection. Same basic design with aluminium block and wet timing belt running in oil, but more boost and peak output. The early piston-ring issue (2015–2017) with elevated oil consumption tends to hit this engine harder due to the higher thermal load — the warranty extension and revised rings apply here too. As a direct-injection unit it suffers intake-valve carbon build-up, plus an oil cooler with internal cross-leak, an electric water pump and ageing charge-air hoses. A strong but maintenance-intensive engine: short oil changes and timely timing-belt replacement are mandatory.
- !! Oil consumption from VEP4 piston rings (class issue) from 70,000 km
The T5 is among the most frequently affected Drive-E engines for the oil consumption problem. Particularly 2015–2017 model years were addressed under a service campaign (S29650). Volvo extended the warranty to 8 years.
Symptoms: Oil level drops noticeably between changes, occasional blue smoke, no visible external oil loss - !! Timing belt — change every 120,000 km mandatory from 120,000 km
All Drive-E T variants use belt drive. On the T5 with high-pressure turbo, the belt change is especially important — a failure causes immediate total engine damage. Recommendation: early change at 100,000 km.
Symptoms: No warning before sudden failure; possible squealing with failing tensioner - !! Oil cooler internal leak — oil and coolant mixing from 120,000 km
The oil cooler on the side of the block develops an internal leak so engine oil and coolant cross over. The resulting emulsion stresses bearings and coolant passages. Known issue on the 2.0 VEA engines from around 2015.
Symptoms: Milky brown froth on the oil cap or dipstick, coolant loss, coolant trace at the oil filter housing, possible overheating
+ 3 more engine weaknesses + vehicle weaknesses
Permanent-magnet synchronous motor on the front axle, fed by a front power inverter and a 78 kWh NMC pack (CMA platform, shared with Polestar 2 and C40). The motor and single-speed reduction gear themselves are robust and low-wear. The weak point is the high-voltage control side: the Battery Energy Control Module (BECM) can reset and disconnect the HV system, causing sudden loss of drive power — the subject of recall R10078. Separately, the front inverter shows up as a hardware failure ('Propulsion System Service Required'). The biggest everyday nuisance is the 12 V battery, which repeatedly drains due to a software-related parasitic load. Mechanically low-maintenance, but verify software and module levels before buying.
- !! Recall: BECM software — risk of sudden loss of drive power from 20,000 km
Volvo recalled over 2,000 XC40 Recharge vehicles in 2021 due to a software fault in the Battery Energy Control Module (BECM). Sudden complete loss of drive power while driving was possible.
- !! BECM/BDU hardware failure ('Propulsion System Service Required') from 60,000 km
Beyond the software recalls, the high-voltage control hardware (Battery Energy Control Module / Battery Disconnect Unit) on the CMA platform can also fail as hardware. 'Propulsion System Service Required' appears and the vehicle refuses to drive or only runs in limp mode.
Symptoms: 'Propulsion System Service Required' warning, reduced power or no drive, vehicle stranded. - !! Front inverter / e-motor failure from 70,000 km
The front power inverter is a known hardware weak point on the CMA platform (XC40 Recharge, C40, Polestar 2). Its failure triggers the 'Propulsion System' warning and can cause sudden, complete loss of drive power — safety-critical.
Symptoms: Sudden total loss of drive without warning, 'Propulsion System' warning, vehicle coasts to a stop.
+ 4 more engine weaknesses + vehicle weaknesses
Twin-motor all-wheel-drive variant with a permanent-magnet synchronous motor on each axle, fed by two inverters and the 78 kWh NMC pack (CMA platform, shared with Polestar 2 Dual Motor and C40). Both motors and reduction gears are robust with almost no mechanical wear. The typical problems are electronic: the Battery Energy Control Module (BECM) can reset and disconnect the high-voltage system — sudden loss of drive power, addressed by recall R10078. The front inverter shows up as a hardware failure ('Propulsion System Service Required'). A persistent nuisance is the repeatedly draining 12 V battery from software-related parasitic load. Before buying, check current software levels and recall completion.
- !! Recall: BECM software — risk of sudden loss of drive power from 20,000 km
Volvo recalled over 2,000 XC40 Recharge vehicles in 2021 due to a software fault in the Battery Energy Control Module (BECM). Sudden complete loss of drive power while driving was possible.
- !! BECM/BDU hardware failure ('Propulsion System Service Required') from 60,000 km
Beyond the software recalls, the high-voltage control hardware (Battery Energy Control Module / Battery Disconnect Unit) on the CMA platform can also fail as hardware. 'Propulsion System Service Required' appears and the vehicle refuses to drive or only runs in limp mode.
Symptoms: 'Propulsion System Service Required' warning, reduced power or no drive, vehicle stranded. - !! 12V battery drains during extended standstill
The XC40 Recharge can completely drain the 12V auxiliary battery within a week of standing. Volvo has released software updates; older vehicles should be brought up to the latest software version.
Symptoms: Car does not respond after standing time, no start possible, all systems dead
+ 1 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Plug-in hybrid: high-voltage shutdown while driving On the XC40 Recharge and T5 Twin Engine, a sudden high-voltage shutdown occurs in rare cases. The vehicle abruptly loses electric drive assistance and warning lights illuminate. The cause is a fault in the high-voltage electronics. Symptoms: Sudden power loss without warning, drive and high-voltage warning lights come on, vehicle can only be driven in a limited manner. | High | |
| Infotainment system freezes or fails The XC40 I infotainment system freezes or crashes, especially on models from 2018–2020. Bluetooth pairing and climate control are also affected. Software updates improve stability. Symptoms: Screen freezes or goes black, climate control unresponsive, Bluetooth permanently fails to connect from 30,000 km | Low | |
| Electronic door handle failure Electronic door handles fail after 30,000–45,000 km, particularly in extreme temperatures. All variants of the first-generation XC40 are affected. Symptoms: Door handle does not respond, door can only be opened from inside or with the key from 40,000 km | Low |
Test Reports
TÜV Report 2024
The XC40 performs solidly at MOT but does not reach the level of the larger XC60.
2024-01Top Reported Issues
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Known Problems and Issues +
A total of 63 weaknesses have been documented for the Volvo XC40 1 (2017–2024) — 54 engine-related and 9 vehicle-related. Typical issues affect Electronics, Brakes, Gearbox, Rust. Considered reliable: B3154T-PHEV (1.5L 3-Zyl PHEV).
XC40 (D4204T5, 2017–2024) — Be Careful: Timing belt — long interval, but mandatory to keep, Plastic intake manifold distorts — fire-risk recall, EGR cooler clogged (all VEA diesels affected). Power: 120 PS.
XC40 (B4204T19, 2017–2024) — Be Careful: Oil consumption from weak piston rings (VEP4 issue), Timing belt — change interval 120,000 km/8 years, Oil cooler internal leak — oil and coolant mixing. Power: 190–197 PS.
XC40 (B4204T23, 2017–2024) — Be Careful: Oil consumption from VEP4 piston rings (class issue), Timing belt — change every 120,000 km mandatory, Oil cooler internal leak — oil and coolant mixing. Power: 247–250 PS.
XC40 (B3154T, 2017–2024) — Be Careful: Timing belt — same Drive-E logic, smaller engine, Elevated oil consumption from turbocharging, Turbocharger seal wears on small displacement. Power: 129 PS.
XC40 (B3154T, 2017–2024) — Be Careful: Timing belt — same Drive-E logic, smaller engine, Elevated oil consumption from turbocharging, Turbocharger seal wears on small displacement. Power: 156–163 PS.
XC40 (B4204T34-B3, 2020–2024) — Be Careful: Timing belt – interval cut by Volvo to 90,000 km, Oil consumption from VEP4 piston rings, 48V starter generator (ISG/BISG) failure. Power: 163 PS.
XC40 (B4204T34-B4, 2020–2024) — Be Careful: Timing belt – interval cut by Volvo to 90,000 km, Oil consumption from VEP4 piston rings, 48V starter generator (ISG/BISG) failure. Power: 190–197 PS.
XC40 (B4204T34-B5, 2020–2024) — Be Careful: Timing belt – interval cut by Volvo to 90,000 km, Oil consumption from VEP4 piston rings, 48V starter generator (ISG/BISG) failure. Power: 247–250 PS.
XC40 (Volvo-ERAD-XC40-SM, 2020–2024) — Be Careful: Recall: BECM software — risk of sudden loss of drive power, BECM/BDU hardware failure ('Propulsion System Service Required'), Front inverter / e-motor failure. Power: 238 PS.
XC40 (Volvo-ERAD-XC40-TM, 2020–2024) — Be Careful: Recall: BECM software — risk of sudden loss of drive power, BECM/BDU hardware failure ('Propulsion System Service Required'), 12V battery drains during extended standstill. Power: 408 PS.
What to watch out for with the Volvo XC40? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Volvo XC40 1 have? +
What should I look for when buying a used Volvo XC40 1? +
Which engine is recommended? +
Which Volvo XC40 1 engine is the most reliable? +
Which Volvo XC40 1 engine is the most fun? +
Is the Volvo XC40 1 worth buying used? +
What horsepower variants are available for the Volvo XC40 1? +
Last updated: February 2026 · All information without guarantee