Volvo XC90 common problems & buying guide (2002–2014 and 2015–on)
Written by the C4R team from DVSA data and owner reports. Fact-checked 2026-10-08.
The 30-second verdict
The Volvo XC90 is a roomy seven-seat SUV with two very different generations. The original car can be a durable, useful buy, but age, diesel-injector trouble, neglected Geartronic automatics and loss of four-wheel drive through the angle-gear sleeve deserve careful checks. The second-generation car is more sophisticated, but that brings more electronics; early T8 plug-in hybrids also need their electric rear-axle drive tested properly. Whichever version you choose, buy on condition and history, scan every control module and check the registration for outstanding recalls before paying.
Generations at a glance
| Generation | UK years | Main engines | Gearboxes | Buyer context |
|---|---|---|---|---|
| First generation (Mk1) | 2002–2014 | 2.4 D5 diesel; 2.5T, 2.9 T6, 3.2 and 4.4 V8 petrol | Five- or six-speed Geartronic automatic; uncommon manuals | Most UK cars are D5 automatics. Condition, transmission behaviour and evidence that the AWD system still works matter more than trim. |
| Second generation (Mk2, SPA) | Late 2014/2015–on | 2.0-litre D4/D5 diesels, T5/T6 petrols, B5/B6 mild hybrids and T8 plug-in hybrid | Eight-speed Geartronic automatic | Seven seats and automatic transmission were standard at launch. The generation was updated in 2019 and again in 2024 rather than replaced. |
Volvo’s UK material identifies the Mk2 as the first model on its Scalable Product Architecture, while contemporary used-car guides place the first UK showroom cars at the end of 2014 and volume deliveries in 2015.
Known issues
1. Diesel injector failure — Mk1 D5
- Label: Independently reported used-car fault; not presented as a recall.
- What you may notice: reluctant starting, excessive smoke, uneven running or revs that fluctuate at a steady road speed.
- Affected cars: principally first-generation D5 diesels.
- Check when buying: insist on a genuinely cold start, watch for persistent smoke, hold a steady speed on the road test and have injector correction values and leak-off tested if anything is doubtful.
- Fix: diagnose the fuel system first; replace or professionally recondition only the defective injector or injectors, with coding or calibration where required.
- Corroboration (2 independent sources): Parkers used review · What Car? Mk1 reliability guide
2. Geartronic automatic transmission faults — Mk1
- Label: Independently reported used-car fault; not presented as a recall.
- What you may notice: a clunk or delay when Drive or Reverse is selected, harsh changes, engine-speed flare between ratios, a warning message or limp-home mode, particularly after the gearbox is hot.
- Affected cars: first-generation automatics; early cars, vehicles used for heavy towing and cars without convincing maintenance evidence merit extra caution.
- Check when buying: road-test for at least 30 minutes, try every ratio and repeated Drive/Reverse engagement, ask how a fitted towbar was used and scan the transmission module for stored as well as active codes.
- Fix: the diagnosis may lead to software and adaptation work, fluid or cooling-system attention, valve-body work or an internal repair. Do not accept a brief cold test as proof that the gearbox is sound.
- Corroboration (2 independent sources): Parkers used review · What Car? Mk1 reliability guide
3. AWD angle-gear sleeve wear — Mk1
- Label: Used-car fault supported by Volvo technical guidance; not presented as a recall.
- What you may notice: the car drives normally but only the front wheels receive power; leakage, whining, grinding or driveline play can point to wider angle-gear damage.
- Affected cars: first-generation AWD versions.
- Check when buying: have a Volvo specialist confirm that drive reaches the rear wheels and inspect the angle gear for oil leakage. Parkers describes a propshaft check with the transmission in Park, but this should be performed safely by a competent technician rather than under an unsupported vehicle.
- Fix: a stripped connecting sleeve can be renewed; leakage may call for resealing, while noise, bearing play or internal damage can require overhaul or replacement of the angle gear.
- Corroboration (2 independent sources): Parkers used review · Volvo technical journal copy — angle-gear leakage
4. Water ingress and Central Electronic Module trouble — early Mk1
- Label: Used-car fault supported by manufacturer evidence in a regulator investigation; not presented as a recall.
- What you may notice: intermittent instruments, lights or wipers, warning messages, reduced electrical functions, transmission jolts or limp-home operation.
- Affected cars: most clearly documented on 2004–2005 cars; later cars can still suffer leaks, so condition matters more than registration alone.
- Check when buying: inspect the passenger-side plenum and pollen-filter-cover area for water tracks, dampness, corrosion and previous sealing work. Operate every electrical item and run a full-module diagnostic scan.
- Fix: stop the leak before repairing anything electrical; dry and clean affected connectors. A corroded CEM may need specialist repair or replacement and programming.
- Corroboration (2 independent sources): NHTSA investigation file containing Volvo’s response · Parkers used review
5. Electric Rear Axle Drive failure — early Mk2 T8 plug-in hybrid
- Label: Independently reported used-car fault; not presented as a recall.
- What you may notice: juddering or hesitation as the rear motor engages, clicking, grinding or whining from the rear, hybrid warnings, loss of electric-only propulsion or loss of rear-wheel drive.
- Affected cars: T8 plug-in hybrids, with the greatest concern around earlier examples.
- Check when buying: drive in electric mode and under blended acceleration, confirm that both EV and AWD operation are available, listen at the rear axle, scan the hybrid and rear-drive modules and inspect invoices for previous ERAD work.
- Fix: specialist diagnosis is essential. Depending on what has failed, repair may involve bearings, clutch or differential parts; sensor or major motor damage can require replacement of the assembly.
- Corroboration (2 independent sources): What Car? Mk2 reliability guide · InsideEVs technical overview
6. Air-suspension compressor failure — Mk2 with optional air suspension
- Label: Manufacturer-documented repair condition plus independent reliability reports; not presented as a recall.
- What you may notice: “Suspension system service required”, failure to raise or self-level, a blown compressor fuse or a car sitting low or unevenly.
- Affected cars: second-generation cars fitted with optional air suspension; Volvo’s extended-warranty bulletin identifies certain 2016–2020 model-year vehicles.
- Check when buying: cycle all ride-height settings, make sure the car rises promptly and remains level after standing, and scan the suspension module. A replaced fuse alone is not evidence that the root cause was repaired.
- Fix: check for air leaks and electrical faults first. Volvo’s documented internal-valve procedure can require software work, a fuse, a replacement rear suspension compressor and calibration.
- Corroboration (2 independent sources): Volvo technical bulletin hosted by NHTSA · TrueDelta XC90 suspension reports
Recalls
The entries below are selected safety-relevant XC90 rows from the local DVSA Vehicle Safety Branch recalls CSV. Launch dates and build windows are reproduced from that file; where the CSV gives no build dates, this is stated rather than inferred. The repeated R/2019/180 rows are retained because DVSA records two XC90 build windows. This is not a substitute for checking the exact registration or VIN.
| DVSA ref | Launched | Build window in CSV | Concern and remedy (concise summary) |
|---|---|---|---|
| R/2006/089 | 10/05/2006 | Not stated in CSV | An outer track-rod-end ball joint could fracture under exceptionally hard use and lead to loss of steering control; both outer track-rod ends were replaced. |
| R/2009/141 | 02/12/2009 | Not stated in CSV | A power-steering hose could contact the cooling fan, leak and cause loss of assistance; a pipe clamp and, where needed, a new hose were fitted. |
| R/2010/166 | 18/10/2010 | Not stated in CSV | Incorrectly hardened wheel bolts could corrode and, if not rectified, allow a wheel to detach; the bolts were replaced. |
| R/2011/059 | 16/05/2011 | Not stated in CSV | Internal steering-gear pipes could leak, potentially causing complete loss of fluid and assistance; the internal pipe set was replaced. |
| R/2015/174 | 26/08/2015 | 27/01/2015 to 10/07/2015 | Interior panels could obstruct deployment of the third-row inflatable curtains; the panels were modified. |
| R/2016/257 | 01/11/2016 | 16/02/2015 to 19/08/2016 | A front seatbelt buckle stud might allow the buckle and bracket to separate in a collision; buckles were inspected and replaced where required. |
| R/2017/002 | 03/01/2017 | 29/08/2016 to 07/09/2016 | One or more airbag initiators might not operate to specification; affected airbags were replaced. |
| R/2018/377 | 04/01/2019 | 11/04/2015 to 30/05/2016 | Small internal cracks could form in a rubber fuel hose; affected hoses were replaced. |
| R/2019/128 | 25/04/2019 | 27/04/2014 to 26/05/2019 | An engine-cooling hose could break and leak coolant; the hose was replaced. |
| R/2019/180 | 07/10/2019 | 22/12/2014 to 23/11/2016 | The plastic inlet manifold could melt and deform; improved soot-reduction software was installed, sensors cleaned and extra hoses fitted where needed. |
| R/2019/180 | 07/10/2019 | 09/09/2014 to 20/04/2018 | Same DVSA concern and remedy as the preceding row; this is the second XC90 build window recorded in the CSV. |
| R/2020/073 | 16/03/2020 | 21/01/2019 to 10/03/2020 | The automatic emergency-braking system might not engage; new software was downloaded. Conventional braking was not the defect described by this row. |
| R/2021/205 | 07/06/2021 | 07/11/2018 to 05/12/2019 | A 15A fuse could blow and stop the low-pressure fuel pump; it was replaced by a 20A fuse. |
| R/2021/331 | 18/09/2021 | 16/05/2019 to 27/11/2020 | A brake hydraulic unit could have an insufficient or missing welded connection; the unit was replaced. |
| R/2021/360 | 18/10/2021 | 05/02/2019 to 02/09/2019 | A turbocharger thrust bearing might not be robust enough; the turbocharger was replaced by a modified version. |
| R/2022/313 | 27/10/2022 | 25/03/2021 to 08/10/2022 | An ECM software error could prevent the combustion engine from starting; updated software was installed. |
| R/2023/025 | 24/01/2023 | 11/10/2022 to 13/01/2023 | Potential brake-control-module software error; the software was updated. |
| R/2023/345 | 08/12/2023 | 12/01/2014 to 29/09/2023 | Second-row seatbelt and buckle anchorage bolts might not have been correctly secured; they were inspected and reinstalled. The unusually broad window is exactly as recorded in the local CSV. |
| R/2024/446 | 05/11/2024 | 28/05/2019 to 05/02/2020 | The rod between the brake pedal and booster might not have been assembled or torqued correctly; a Volvo retailer checks and tightens it where necessary. |
| R/2025/117 | 24/03/2025 | 29/04/2019 to 29/11/2021 | A high-voltage battery manufacturing defect could allow cells to overheat when fully charged, with a worst-case fire risk; the battery is checked and replaced if necessary and modified software installed. |
| R/2025/211 | 23/06/2025 | 24/07/2019 to 11/06/2025 | Temporary loss of braking functionality could occur after downhill coasting in B mode or while using One Pedal Drive; modified software is installed over the air. |
| R/2025/517 | 03/12/2025 | 15/03/2016 to 01/09/2025 | The front-left seat bolts on one affected vehicle might not have been torqued to specification; the bolts are retorqued. |
Check the exact car by registration at the GOV.UK recall checker. The DVSA file contains other XC90 campaigns, especially for older Mk1 cars and restraint-system hardware; only a registration or VIN check can establish whether a particular car is affected and whether the work has been completed.
MOT watch-points
What the 2024 DVSA figures say
- First-time pass rate: 73.8% from 71,883 normal Class 4 and 7 Volvo XC90 tests.
- National comparison: 71.5% across the same dataset, putting the XC90 2.3 percentage points above the national first-time pass rate.
- Typical tested mileage: median 84,330 miles; mean 92,218 miles.
Most common recorded failure reasons
| DVSA failure reason | Tests | Share of this model’s tests |
|---|---|---|
| Position lamp not working | 3,215 | 4.47% |
| Tyre tread depth below the 1.6 mm requirement | 1,714 | 2.38% |
| Brake pads less than 1.5 mm thick | 1,550 | 2.16% |
| Tyre cut deep enough to reach ply or cords | 1,514 | 2.11% |
| Decelerometer-tested braking efficiency below requirements | 1,287 | 1.79% |
One test can record more than one defect, so these shares must not be added together.
Common advisories to check before buying
- Tyre tread worn close to the legal limit or worn on an edge — recorded on 19.45% of tests.
- Suspension pins or bushes worn, but not yet causing excessive movement — 9.12%.
- Brake pads wearing thin — 8.67%.
- Brake discs worn, pitted or scored, but not seriously weakened — 8.59%.
Method and limits: C4R calculated these figures from DVSA’s anonymised 2024 MOT results. Pass rate is P / (P + F + PRS) for normal Class 4 and 7 tests. Results are de-duplicated by test, low-volume rows are suppressed, and DVSA model labels are standardised into a model family. The figures describe tested XC90s as a group; they do not predict one vehicle’s condition or prove that every engine, trim and generation performs alike.
DVSA anonymised MOT tests and results · Open Government Licence v3.0
Contains public sector information licensed under the Open Government Licence v3.0. Source: DVSA anonymised MOT tests and results, 2024.
Buying one? Our checklist
- Check the registration for outstanding recalls and compare the VIN with Volvo’s records.
- Start a D5 from cold; reject unexplained smoke, difficult starting or uneven running until properly diagnosed.
- Drive a Mk1 Geartronic for at least 30 minutes and test every ratio plus repeated Drive/Reverse engagement.
- Confirm that a Mk1 AWD car actually drives its rear wheels and inspect the angle gear for leakage.
- Look for water tracks or dampness around the Mk1 passenger-side plenum and pollen-filter area; run a full-module scan.
- On a T8, test electric-only driving, charging and rear-axle operation, then inspect the ERAD repair history.
- If air suspension is fitted, cycle the height settings and check that the car remains level after standing.
- Operate all seven seats, the touchscreen, cameras, climate control, powered equipment and every driver-assistance feature.
- Check tyres for inner- and outer-edge wear, inspect suspension bushes and budget from the car’s actual condition rather than relying on a fresh MOT alone.
- Prefer a complete, date- and mileage-supported service record; obtain an independent Volvo-specialist inspection before purchase.
Sources & further reading
- DVSA Vehicle Safety Branch Recalls Database (OGL v3.0)
- GOV.UK — Check if a vehicle has been recalled
- Volvo Cars UK — second-generation XC90 First Edition
- Volvo Cars UK — all-new XC90 powertrains and UK range
- Parkers — Volvo XC90 2002–2014 used review
- What Car? — Volvo XC90 2002–2015 reliability
- What Car? — Volvo XC90 2015–present reliability
- Carbuyer — used Volvo XC90 Mk2 review
- PistonHeads — Volvo XC90 T8 used buying guide
- Volvo technical journal copy — angle-gear leakage
- NHTSA investigation file — XC90 water ingress/CEM evidence
- Volvo technical bulletin hosted by NHTSA — air-suspension compressor
- InsideEVs — Volvo ERAD problems and repair routes
- TrueDelta — XC90 suspension reports
Contains public sector information licensed under the Open Government Licence v3.0.