Updated October 2026
How many miles a year is normal for a UK car?
The short answer
There is no single normal figure, and the age-times-a-national-average rule is the wrong tool. In our MOT dataset the mean odometer reading at the five-year test ranges from about 47,000 miles on a small city car to nearly 150,000 on a large van — so "normal" is a property of the model, not of the country.
Compare a specific car against its own MOT mileage trail:
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The usual answer to this question is a single national average multiplied by the car's age. It is easy to remember and it is close to useless for the thing people actually want to do, which is decide whether a particular car's reading is plausible.
We hold aggregated MOT data covering tens of millions of tests, and it shows why. The variation between models is far larger than the variation people allow for, and the shape of the mileage trail matters more than the total.
The spread is threefold
The clearest way to see this is the mean odometer reading recorded at the five-year MOT, model by model. Five years is a useful point: every car has had three tests by then, so the reading is well evidenced, and the car is squarely in the used market.
Across the popular models in our dataset where we hold at least 250,000 tests, that figure runs from about 47,000 miles to nearly 150,000. A Hyundai i10 at five years old and a Mercedes-Benz Sprinter at five years old are not the same kind of object, and no national average usefully describes both.
One honest caveat about the numbers below: these are means, and means are pulled upward by high-mileage vehicles. They run above commonly quoted national annual-mileage averages partly for that reason and partly because commercial vehicles are included in the dataset. Use them comparatively — the ratio between models is the robust part.
| Model | Mean mileage at 5 years | Implied miles/year | Tests in sample |
|---|---|---|---|
| Mercedes-Benz Sprinter | 149,135 | 29,800 | 257,122 |
| Volkswagen Transporter | 120,249 | 24,000 | 366,115 |
| Ford Transit | 114,762 | 23,000 | 786,518 |
| Ford Mondeo | 113,009 | 22,600 | 269,092 |
| BMW 3 Series | 106,182 | 21,200 | 495,173 |
| Audi A4 | 105,387 | 21,100 | 320,113 |
| Volkswagen Golf | 90,846 | 18,200 | 1,064,709 |
| Vauxhall Astra | 86,061 | 17,200 | 879,968 |
| Ford Focus | 81,536 | 16,300 | 1,207,223 |
| Nissan Qashqai | 71,251 | 14,300 | 683,919 |
| Ford Fiesta | 69,164 | 13,800 | 1,761,562 |
| Vauxhall Corsa | 67,004 | 13,400 | 1,130,185 |
| Toyota Yaris | 65,980 | 13,200 | 527,880 |
| Fiat 500 | 52,662 | 10,500 | 384,319 |
| Hyundai i10 | 46,733 | 9,300 | 282,023 |
Source: MOT Checkup aggregated MOT dataset, derived from anonymised DVSA MOT test records — 13,049 model records covering 42,108,286 tests; only models with at least 250,000 tests are shown. "Implied miles/year" is the mean five-year reading divided by five and rounded, not a separately measured figure. Means run above commonly quoted national averages because a mean is pulled upward by high-mileage vehicles and because commercial vehicles are included.
Age damages a car more visibly than mileage does
The MOT record is a good witness on this, because it measures outcomes rather than opinions. In our dataset, pass rates and dangerous-defect rates track the vehicle's registration year very closely — much more cleanly than they track anything about how far it has been driven.
The curve below is the sample-size-weighted pass rate and dangerous-defect rate by year of registration. It falls steadily with age and does so smoothly, which is what you would expect if corrosion, perished rubber and worn suspension were doing most of the work.
The practical reading for a buyer: a five-year-old car with 90,000 motorway miles is a materially better bet than a twelve-year-old car with 60,000 town miles, even though the second one looks like the lower-mileage buy. Mileage is one variable. Age is the one the test record reacts to.
| Registered | Pass rate | Dangerous-defect rate | Tests |
|---|---|---|---|
| 2003 | 65.2% | 6.6 | 940,622 |
| 2005 | 64.8% | 7.0 | 1,668,084 |
| 2007 | 65.9% | 7.1 | 2,878,497 |
| 2009 | 67.4% | 7.1 | 3,470,525 |
| 2011 | 70.6% | 6.8 | 4,074,459 |
| 2013 | 75.2% | 5.8 | 5,290,449 |
| 2015 | 80.5% | 4.9 | 6,577,470 |
| 2017 | 85.7% | 4.2 | 6,722,806 |
| 2019 | 89.8% | 3.2 | 6,600,386 |
| 2021 | 92.0% | 2.5 | 3,258,910 |
Source: MOT Checkup aggregated MOT dataset, derived from anonymised DVSA MOT test records — 22,344 make/model/registration-year combinations covering 83,518,695 tests. Pass rate is sample-size-weighted. "Dangerous-defect rate" counts defect items marked DANGEROUS per 100 tests; a single test can log more than one. Newer registration years are tested at younger ages, which is precisely the effect being shown.
What to do with a specific car
Forget the national average and read the car's own trail. Every MOT records the odometer reading on the day, and the DVSA record cannot be edited retrospectively by whoever holds the car.
You are looking for shape, not total. Mileage should only ever rise between tests, so any drop is a clear warning. A run of very low annual increases followed by a sudden jump is the classic clocking pattern. And a long flat stretch on a car that was supposedly in daily use needs an explanation.
Then sanity-check the total against the model rather than against a national figure. Forty thousand miles on a five-year-old Transit is remarkable and worth investigating; the same reading on a five-year-old i10 is unremarkable.
- Mileage should never fall between consecutive tests
- Flat years followed by a sudden jump is the pattern clocking produces
- Compare the total to the model's typical figure, not to a national average
- Check physical wear — pedals, steering wheel, seat bolsters — against the reading
- Remember the first three years have no MOT readings at all, so the earliest miles are unevidenced
Low mileage is not automatically good
Unusually low mileage for the age is exactly the pattern clocking imitates, because winding a reading back is only worth doing on a car that genuinely covered a lot of miles. That is why ex-fleet, ex-lease and former company cars are the usual targets.
There is a mechanical argument too. Cars that sit unused suffer in ways that cars in regular use do not — perished seals, corroded brake components, flat spots on tyres, degraded fluids. A genuinely low-mileage car needs its maintenance record checked more carefully, not less.
Our free check shows the full DVSA mileage trail for any registration alongside the test results, defects and advisories. It is free and needs only the registration. What it cannot do is prove a reading is genuine — a consistent trail is strong evidence that the recorded readings agree with each other, not a guarantee that the odometer was never altered between tests.
If a car still has finance on it, the lender can repossess it from you — and you lose both the car and the money.
Check a car's own mileage trail
Two minutes and a registration number is the cheapest due diligence there is.
- Every MOT failure and the exact defect that caused it
- Every odometer reading on record — clocking shows up as a drop
- Open DVSA safety recalls that have never been fixed
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