1985 Austin Mini 1000 City E — MOT failures & pass rate

The 1985 Austin Mini 1000 City E passed 78.5% of its 669 recorded MOT tests. Against all cars of a similar age (20.0% fail rate), the 1985 Mini 1000 City E comes out 1.5pp worse. Failures cluster in lighting & signalling, brakes and emissions & environmental.

78%
Pass rate
669
MOT tests analysed
21.5%
Fail rate
worse than
vs cars of similar age
37.8
Avg age at test (yrs)

What the MOT record shows

One area stands out: lighting & signalling, recorded in 13.8% of tests against 9.9% for the next-worst category.

At component level the recurring items are non catalyst emissions, service brake performance and headlamp aim — non catalyst emissions alone was recorded 56 times.

Condition tracks the odometer closely. Failures run at 19.8% in the 0-30k band and 26.9% in the 60-90k band, a 7.1-point spread.

Suspension is the most common advisory, noted on 24.5% of tests — work that passed today but is likely due soon.

The trend is improving — the fail rate fell from 21.9% in 2021 to 20.4% in 2025, as the worst-kept examples leave the fleet.

How it compares

Fail rate vs benchmarks (lower is better) 1985 Mini 1000 City E 21.5% cars avg 19.5% National avg 20.0%
Fail rate for this model-year against the segment and national averages for cars of a similar age.

Top failure categories

Most common MOT failure areas — 1985 Austin Mini 1000 City E
# Category % of tests affected Tests
1 Lighting & signalling 13.8% 92
2 Brakes 9.9% 66
3 Emissions & environmental 7.6% 51
4 Body, structure & corrosion 6.7% 45
5 Suspension 6.3% 42
6 Visibility 5.4% 36
Share of tests failing on each category Lighting & signalling 13.8% Brakes 9.9% Emissions & environmental 7.6% Body, structure & corrosion 6.7% Suspension 6.3% Visibility 5.4%
Percentage of tests with at least one failure recorded in each category.

Most common specific failures

The exact components most often recorded as failures — more specific than the categories above.

Most frequently recorded failure items — 1985 Austin Mini 1000 City E
#Failure itemTimes recorded
1Non catalyst emissions56
2Service brake performance46
3Headlamp aim36
4Position lamp35
5Rear fog lamp28
6Headlamp26

Top advisory categories

Advisories aren't failures, but they flag work likely needed soon — useful when budgeting.

Most common MOT advisories — 1985 Austin Mini 1000 City E
# Category % of tests with advisory Tests
1 Suspension 24.5% 164
2 Emissions & environmental 14.3% 96
3 Brakes 12.4% 83
4 Body, structure & corrosion 10.6% 71
5 Other defects 7.6% 51
6 Tyres 7.2% 48

Failure rate by mileage

Higher-mileage cars tend to fail more — often the most useful guide to real condition.

MOT fail rate by recorded mileage 0-30k 19.8% 30-60k 18.2% 60-90k 26.9%
MOT fail rate by recorded mileage band.
Fail rate by recorded mileage — 1985 Mini 1000 City E
Mileage band Tests Fail rate
0-30k 162 19.8%
30-60k 236 18.2%
60-90k 227 26.9%

Trend over time

Fail rate by dataset year — 1985 Mini 1000 City E
Dataset year Tests Fail rate
2021 155 21.9%
2022 153 25.5%
2023 139 19.4%
2024 119 19.3%
2025 103 20.4%

What to check before buying a 1985 Mini 1000 City E

The failure pattern for this year is specific enough to inspect against: lighting & signalling accounted for 13.8% of tests. Start there.

Repair costs are rough UK ballpark ranges to set expectations, not quotes — actual prices vary widely by car, parts and garage.

Frequently asked questions

How many 1985 Austin Mini 1000 City Es pass their MOT?

78.5% of the 669 1985 Austin Mini 1000 City E MOT tests in this dataset passed — a 21.5% fail rate.

What is the most common MOT failure on a 1985 Austin Mini 1000 City E?

Lighting & signalling, recorded in 13.8% of tests, followed by brakes (9.9%).

Does the 1985 Mini 1000 City E get worse with mileage?

Its MOT fail rate rises from 19.8% in the 0-30k band to 26.9% in the 60-90k band.

Methodology & source. Based on 669 MOT tests. Dataset: DVSA MOT testing data (2021,2022,2023,2024,2025). Data last updated 2026-07-27. Figures reflect MOT-testable defects only — read the methodology for how these are calculated and what they don't measure.

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