CARMOTIQ Model Research Report
Volkswagen Golf
2017–2022
Unlike a registration check, this report analyses how thousands of similar Volkswagen Golf models have performed at MOT over time—not just one vehicle.
This report analyses 1.5 million official UK MOT tests and more than 1.77 million recorded defect notes for Volkswagen Golf models first registered between 2017 and 2022. It reveals common faults, MOT pass rates and maintenance trends to help you research the model before you buy.
Figures combine the standard 5–10 year (2016–2021) and 0–5 year (2021–2026) MOT serving bands for Volkswagen Golf, which together cover the 2017–2022 registration era.
Report Dataset
- Official UK DVSA MOT tests analysed
- 1,535,431
- Recorded defect notes
- 1,769,605
- Registration era
- 2017–2022
- Coverage
- United Kingdom
- Snapshot
- 23 July 2026
- Research method
- Aggregated model-level MOT analysis
MOT pass rate
88.8%
of MOT tests passed
MOT tests analysed
1,535,431
Defect notes recorded
1,769,605
Key Findings
Volkswagen Golf (2017–2022)
- 88.8% MOT pass rate across 1.5 million tests.
- 75% of recorded defect notes relate to owner maintenance.
- Tyres account for the largest volume of recorded MOT issues.
- Engine management (MIL) warnings are the most common recurring systemic issue.
- Headlamp alignment appears throughout the vehicle's life, from low to higher mileages.
Volkswagen Golf Research Summary
Based on over 1.5 million official UK MOT tests, Volkswagen Golf models registered between 2017 and 2022 achieve a strong 88.8% MOT pass rate.
The overwhelming majority of recorded MOT defects relate to routine owner maintenance, with tyres, dampers and lighting accounting for most common faults seen on used examples in this age band.
Recurring systemic faults occur far less frequently, although engine management warning lamp (MIL) defects appear consistently across the dataset.
Overall, the data suggests that this generation of Volkswagen Golf is more likely to fail MOT due to maintenance items than widespread design faults, making service history and routine upkeep particularly important when buying used. Shoppers comparing a used Volkswagen Golf should treat this research summary as model-level context before inspecting any individual car.
What this doesn't tell you
This report describes model-level MOT trends, not the condition of any individual vehicle.
Two identical Volkswagen Golf models can have very different maintenance histories.
Use this report to understand common patterns before inspecting a specific car.
How we classify MOT faults
We group recorded DVSA defect wording into four research categories to help identify whether issues are more likely to reflect routine maintenance, expected wear, recurring model patterns or miscellaneous inspection outcomes.
- Owner maintenance
- Defects often linked to day-to-day upkeep — for example tyres, lamps, washers and other items a careful owner can usually prevent or fix promptly.
- Wear & tear
- Age- and mileage-related deterioration that accumulates with normal use, even when a car has been looked after.
- Systemic
- Recurring wording and patterns that appear across the model fleet and may point to design, component or known-model tendencies rather than one careless owner.
- Other
- Inspection outcomes that do not sit cleanly in the three groups above, including mixed or less classifiable defect notes.
How MOT failures break down
Share of recorded defect notes by category for Volkswagen Golf in this age band (not MOT tests and not number of vehicles).
- Owner maintenance
74.6% · 1,320,114
defect notes
- Wear & tear
10.1% · 178,332
defect notes
- Systemic
1.4% · 25,480
defect notes
- Other
13.9% · 245,679
defect notes
Severity mix
How those defect notes were graded — advisory, minor, major or dangerous — summed across categories for this model band.
Advisory
1,489,427
defect notes
Minor
65,809
defect notes
Major
129,969
defect notes
Dangerous
84,400
defect notes
Most Common Owner-Maintenance Faults
DVSA wording grouped as owner maintenance for this model and age band.
Tyre worn close to legal limit/worn on edge
- Recorded
- 361,864 MOT defect notes
- DVSA code
- 5.2.3 (e)
What it means
Tread is close to (or at) the legal minimum, or wear is concentrated on an edge. That often points to alignment, pressure or suspension issues as well as simple age.
Why it happens
Under-inflation, poor alignment, aggressive driving or simply delayed replacement push tread below a safe/legal profile.
Buyer tip
Measure tread across the full width, check tyre age (DOT date) and look for uneven inner-edge wear.
Severity
Usually maintenance related
Shock absorbers has light misting of oil
- Recorded
- 214,440 MOT defect notes
- DVSA code
- 5.3.2 (b)
What it means
A damper mounting bush is worn, which can cause knocks, vague handling and accelerated tyre wear.
Why it happens
Rubber bushes harden and tear with age, road salt and repeated suspension movement.
Buyer tip
Listen for clunks over speed bumps and have a mechanic check top mounts and lower bushes.
Severity
Usually maintenance related
Headlamp aim too low
- Recorded
- 18,964 MOT defect notes
- DVSA code
- 4.1.2 (a)
What it means
This MOT defect usually indicates incorrect headlamp alignment following adjustment, suspension movement or repair work.
Why it happens
Aim drifts after suspension work, bumper repairs, bulb changes or simply from road vibration over time.
Buyer tip
Check beam alignment during inspection and ask whether the lamps were aimed after any recent suspension or bodywork.
Severity
Usually maintenance related
Windscreen washer not working
- Recorded
- 10,046 MOT defect notes
- DVSA code
- 3.5 (a)
What it means
Washer jets are not delivering fluid. Testers need a clear screen; empty reservoirs, blocked jets or failed pumps are common.
Why it happens
Empty bottles, frozen/blocked jets, split pipes or a failed pump stop fluid reaching the screen.
Buyer tip
Top up fluid, test the jets on the driveway, and check for cracked bottles or split pipes in the engine bay.
Severity
Usually maintenance related
Tyre pressure monitoring system malfunctioning or obviously inoperative
- Recorded
- 4,710 MOT defect notes
- DVSA code
- 5.2.3 (h)
What it means
The tyre pressure monitoring system is reporting a fault or is clearly not working, so you may not get a dashboard warning of under-inflation.
Why it happens
Flat battery sensors after tyre changes, damaged valves or control-module faults are common.
Buyer tip
Confirm whether sensors need replacing after recent tyre or wheel work, and check pressures manually anyway.
Severity
Usually maintenance related
Headlamp aim projected beam image is obviously incorrect
- Recorded
- 4,096 MOT defect notes
- DVSA code
- 4.1.2 (c)
What it means
This MOT defect usually indicates incorrect headlamp alignment following adjustment, suspension movement or repair work.
Why it happens
Aim drifts after suspension work, bumper repairs, bulb changes or simply from road vibration over time.
Buyer tip
Check beam alignment during inspection and ask whether the lamps were aimed after any recent suspension or bodywork.
Severity
Usually maintenance related
Supplementary restraint system warning lamp indicates a fault
- Recorded
- 1,752 MOT defect notes
- DVSA code
- 7.1.6 (a)
What it means
The airbag/SRS warning lamp indicates a fault. Restraint systems may not deploy correctly in a collision.
Why it happens
Clock-spring, sensor or module faults — sometimes after prior accident repairs — set SRS warnings.
Buyer tip
Require a specialist SRS diagnosis — do not accept a bulb removed or lamp covered up.
Severity
Usually maintenance related
Seat belt webbing slightly damaged or frayed
- Recorded
- 1,124 MOT defect notes
- DVSA code
- 7.1.2 (b)
What it means
Seat-belt webbing is frayed or lightly damaged, which can weaken the belt in a crash.
Why it happens
Abrasion at guides, trapped belts or age fray the webbing fibres.
Buyer tip
Pull each belt fully out and inspect for cuts, fraying and weak retraction.
Severity
Usually maintenance related
Most Common Wear & Tear Faults
DVSA wording grouped as wear and tear for this model and age band.
Exhaust emissions likely to be affected by an exhaust leak
- Recorded
- 46 MOT defect notes
- DVSA code
- 8.2.1.1 (b)
What it means
Emissions could not be completed cleanly, or a leak is likely to upset the reading. Common causes include exhaust leaks, misfires, DPF issues or an engine that will not idle correctly.
Why it happens
Leaks before the sample point, misfires, DPF problems or unstable idle prevent a valid emissions result.
Buyer tip
Listen for blow-by at joints, check for recent exhaust/DPF work, and avoid cars that need “easier” emissions excuses.
Severity
Usually wear related
Shock absorbers has an excessively worn bush
- Recorded
- 28 MOT defect notes
- DVSA code
- 5.3.2 (c)
What it means
A damper mounting bush is worn, which can cause knocks, vague handling and accelerated tyre wear.
Why it happens
Rubber bushes harden and tear with age, road salt and repeated suspension movement.
Buyer tip
Listen for clunks over speed bumps and have a mechanic check top mounts and lower bushes.
Severity
Usually wear related
Exhaust emissions likely to be affected by an exhaust leak
- Recorded
- 25 MOT defect notes
- DVSA code
- 8.2.2.1 (b)
What it means
Emissions could not be completed cleanly, or a leak is likely to upset the reading. Common causes include exhaust leaks, misfires, DPF issues or an engine that will not idle correctly.
Why it happens
Leaks before the sample point, misfires, DPF problems or unstable idle prevent a valid emissions result.
Buyer tip
Listen for blow-by at joints, check for recent exhaust/DPF work, and avoid cars that need “easier” emissions excuses.
Severity
Usually wear related
Brake pedal wearing smooth anti-slip rubber worn on edge
- Recorded
- 16 MOT defect notes
- DVSA code
- 1.1.2 (c)
What it means
The brake pedal rubber is worn smooth, reducing grip for your foot in the wet.
Why it happens
The pedal rubber wears through with daily use and is often left until an MOT flags it.
Buyer tip
A new pedal rubber is inexpensive — treat smooth pedals as a quick owner-maintenance fix.
Severity
Usually wear related
Emissions unable to be completed exhaust leak
- Recorded
- 9 MOT defect notes
- DVSA code
- 8.2.1.2 (d)
What it means
Emissions could not be completed cleanly, or a leak is likely to upset the reading. Common causes include exhaust leaks, misfires, DPF issues or an engine that will not idle correctly.
Why it happens
Leaks before the sample point, misfires, DPF problems or unstable idle prevent a valid emissions result.
Buyer tip
Listen for blow-by at joints, check for recent exhaust/DPF work, and avoid cars that need “easier” emissions excuses.
Severity
Usually wear related
Rear Service brake excessively fluctuating Also pitted and corroded.
- Recorded
- 9 MOT defect notes
- DVSA code
- 1.2.1 (e)
What it means
Service brake performance could not be fully verified, or a brake is binding/fluctuating. That often points to worn discs, seized calipers or hub issues.
Why it happens
Seized caliper slides, worn discs or contaminated friction material upset brake balance.
Buyer tip
Insist on a road test and a proper brake inspection; unresolved binding can destroy pads and hubs.
Severity
Usually wear related
Brake performance unable to be tested (rear discs worn)
- Recorded
- 5 MOT defect notes
- DVSA code
- 1.2.1 (g)
What it means
Service brake performance could not be fully verified, or a brake is binding/fluctuating. That often points to worn discs, seized calipers or hub issues.
Why it happens
Seized caliper slides, worn discs or contaminated friction material upset brake balance.
Buyer tip
Insist on a road test and a proper brake inspection; unresolved binding can destroy pads and hubs.
Severity
Usually wear related
Brake disc contaminated disc worn and scored
- Recorded
- 4 MOT defect notes
- DVSA code
- 1.1.14 (b)
What it means
A brake disc is contaminated, scored or otherwise not in a serviceable condition for consistent braking.
Why it happens
Worn pads, rust lip, oil contamination or delayed disc replacement leave an uneven braking surface.
Buyer tip
Check disc faces through the wheels and ask for pad/disc measurements if the car is due brakes soon.
Severity
Usually wear related
Most Common Systemic Faults
DVSA wording grouped as systemic patterns for this model and age band.
Engine MIL inoperative or indicates a malfunction
- Recorded
- 3,412 MOT defect notes
- DVSA code
- 8.2.1.2 (h)
What it means
The engine management warning lamp is on or not working. Stored faults can affect emissions, drivability and future MOT results.
Why it happens
Sensors, emissions equipment or wiring faults store codes that illuminate the MIL.
Buyer tip
Ask for a diagnostic printout and proof that the underlying fault — not just the lamp — was fixed.
Severity
Often a recurring model pattern
Engine MIL inoperative or indicates a malfunction
- Recorded
- 2,335 MOT defect notes
- DVSA code
- 8.2.2.2 (g)
What it means
The engine management warning lamp is on or not working. Stored faults can affect emissions, drivability and future MOT results.
Why it happens
Sensors, emissions equipment or wiring faults store codes that illuminate the MIL.
Buyer tip
Ask for a diagnostic printout and proof that the underlying fault — not just the lamp — was fixed.
Severity
Often a recurring model pattern
Registration plate deteriorated but not likely to be misread Cracked
- Recorded
- 379 MOT defect notes
- DVSA code
- 0.1 (b)
What it means
The number plate is cracked, deteriorated or hard to read. Plates must remain legible and securely fitted.
Why it happens
Age, stone chips, poor replacements or mounts that flex crack or fade plates.
Buyer tip
Budget for legal replacement plates; check fixing and any bike-rack or tow-bar obstruction.
Severity
Often a recurring model pattern
Brake pipe excessively damaged
- Recorded
- 326 MOT defect notes
- DVSA code
- 1.1.11 (c)
What it means
A brake pipe is damaged or heavily corroded. Pipe failure can cause sudden loss of braking effort.
Why it happens
Road salt, stone chips and age corrode metal pipes, especially along the underbody.
Buyer tip
Inspect metal pipes along the underbody and near calipers; corroded pipes should be replaced before you rely on the car.
Severity
Often a recurring model pattern
Road wheel fractured cracked
- Recorded
- 61 MOT defect notes
- DVSA code
- 5.2.2 (a)
What it means
A road wheel shows a crack or fracture. That is a structural safety issue, not a cosmetic mark.
Why it happens
Pothole impacts, corrosion or prior kerbing damage can crack alloy or steel wheels.
Buyer tip
Walk away or insist on replacement wheels and a re-test — do not treat this as a minor snag.
Severity
Often a recurring model pattern
Registration plate inscription illegible cracked over inscription
- Recorded
- 36 MOT defect notes
- DVSA code
- 0.1 (b)
What it means
The number plate is cracked, deteriorated or hard to read. Plates must remain legible and securely fitted.
Why it happens
Age, stone chips, poor replacements or mounts that flex crack or fade plates.
Buyer tip
Budget for legal replacement plates; check fixing and any bike-rack or tow-bar obstruction.
Severity
Often a recurring model pattern
Emissions not tested due to no oil in engine
- Recorded
- 27 MOT defect notes
- DVSA code
- 8.2.2.2 (e)
What it means
Emissions could not be completed cleanly, or a leak is likely to upset the reading. Common causes include exhaust leaks, misfires, DPF issues or an engine that will not idle correctly.
Why it happens
Leaks before the sample point, misfires, DPF problems or unstable idle prevent a valid emissions result.
Buyer tip
Listen for blow-by at joints, check for recent exhaust/DPF work, and avoid cars that need “easier” emissions excuses.
Severity
Often a recurring model pattern
Steering locking device ineffective
- Recorded
- 20 MOT defect notes
- DVSA code
- 2.1.3 (d)
What it means
The steering lock is missing or ineffective. That affects theft protection and can be an MOT failure item.
Why it happens
Column locks wear, or aftermarket work interferes with the lock mechanism.
Buyer tip
Confirm the steering lock engages with the key removed and investigate any aftermarket column work.
Severity
Often a recurring model pattern
Recent year-by-year category counts
Defect-note totals by calendar year in the serving extract (not MOT tests, not vehicles, and not a prediction).
| Year | Owner maintenance | Wear & tear | Systemic | Other |
|---|---|---|---|---|
| defect notes | defect notes | defect notes | defect notes | |
| 2021 | 140,660 | 15,226 | 2,395 | 21,761 |
| 2022 | 178,116 | 20,762 | 3,047 | 28,238 |
| 2023 | 207,812 | 28,813 | 3,922 | 34,667 |
| 2024 | 258,613 | 35,714 | 4,951 | 44,510 |
| 2025 | 286,220 | 43,963 | 6,185 | 57,589 |
| 2026 | 115,668 | 18,775 | 2,580 | 23,877 |
Buying a used Volkswagen Golf: practical MOT checks
- Inspect tyre wear evenly across the axle — tyre limit advisories often dominate Golf MOT volume.
- Check for illuminated engine management lights on the test drive and during a pre-purchase inspection.
- Compare Golf against Focus or A-Class peers on pass rate and defect mix, not badge prestige alone.
- Confirm brake condition and any history of pipe or disc work if the car is higher mileage.
Frequently asked questions
- What age band does this VW Golf report use?
- It bundles the standard 5–10 year (2016–2021) and 0–5 year (2021–2026) MOT serving bands, which together cover Golf models in the 2017–2022 registration era you are researching.
- What is the VW Golf MOT pass rate in this combined report?
- The combined extract shows an 88.8% MOT pass rate across 1,535,431 recorded DVSA tests (5–10 and 0–5 year serving bands merged).
- Does a high Golf pass rate mean every used Golf is reliable?
- No. Pass rate is an aggregate of MOT outcomes. Individual cars still vary with mileage, maintenance and prior repairs. Use this page to decide whether the model belongs on your shortlist.
- How should I use this Golf MOT report when buying?
- Read the pass rate and common fault themes, then unlock a full interactive report or compare the Golf with another model before you travel to view cars.