MOTScout

Reliability evidence from 2023 official MOT data

Honda CR V Reliability, Common Problems & MOT Faults

Looking for Honda CR V common faults or reliability evidence? This guide analyses 203,585 normal initial class 4 MOT tests, showing the problem areas recorded most often and how outcomes change with age and mileage.

Is the Honda CR V reliable?

In the matched 2023 sample, 74.1% passed as presented. After adjusting for the age mix of vehicles tested, that result was 6.7 percentage points above the age-matched all-model baseline. The tables below show which MOT fault categories recur most often, rather than relying on owner anecdotes or a single headline score.

This is evidence about roadworthiness items inspected at MOT. It does not measure every engine, gearbox, infotainment or intermittent fault, so use it as one part of a used-car reliability check rather than a complete mechanical verdict.

203,585

initial tests

74.1%

passed as presented

79.9%

final pass incl. PRS

+6.7 pts

vs age-matched baseline

What happened at the initial test?

Passed without station rectification150,769 · 74.1%
Passed after rectification at station (PRS)11,861 · 5.8%
Recorded as failed40,955 · 20.1%

MOT pass rate by vehicle age

Compare each age band with its all-model baseline rather than comparing a three-year-old car with a fifteen-year-old one.

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Age at testTestsInitial passFinal passAll-model baseline
3–5 years23,44991.4%94.9%85.8%
6–9 years55,66086.2%89.7%76.6%
10–14 years57,19475.6%81.3%63.2%
15–19 years53,99657.8%66.5%56.1%
20+ years13,09651.5%60.2%60.2%

MOT pass rate by recorded mileage

Mileage is the odometer reading recorded at the test. Invalid or implausibly high readings are excluded from this breakdown.

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Recorded mileageTestsInitial passFinal pass
Under 30,00018,72392.8%95.9%
30,000–59,99942,48487.5%91%
60,000–89,99945,30479.7%84.5%
90,000–119,99940,70168.9%75.6%
120,000+56,15456.9%65.5%

Fuel types in the MOT sample

Fuel is recorded for each tested vehicle. The mix helps explain which Honda CR V variants dominate this MOT sample.

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FuelInitial testsShare
Diesel99,38148.8%
Petrol96,21247.3%
Hybrid7,9193.9%
LPG640%
Gas bi-fuel70%
Other10%

Common Honda CR V faults found at MOT

These are the problem categories most often recorded on tests that initially failed (F or PRS). One test can appear in several categories.

Lamps and electrical equipment

45.1%

23,818 tests · of initial failures · 11.7 per 100 initial tests

Suspension

34.1%

18,029 tests · of initial failures · 8.9 per 100 initial tests

Brakes

20.2%

10,684 tests · of initial failures · 5.2 per 100 initial tests

Tyres

18.6%

9,836 tests · of initial failures · 4.8 per 100 initial tests

Visibility

16.5%

8,710 tests · of initial failures · 4.3 per 100 initial tests

Noise, emissions and leaks

10.8%

5,708 tests · of initial failures · 2.8 per 100 initial tests

Body, chassis and structure

9.5%

5,032 tests · of initial failures · 2.5 per 100 initial tests

Steering

8.6%

4,547 tests · of initial failures · 2.2 per 100 initial tests

Common Honda CR V advisories and emerging problems

Advisory and minor items can reveal recurring wear before it becomes an MOT failure. Percentages use all matched initial tests.

Tyres

24.2%

49,279 tests · of all tests · 24.2 per 100 initial tests

Suspension

22%

44,702 tests · of all tests · 22 per 100 initial tests

Brakes

17.6%

35,751 tests · of all tests · 17.6 per 100 initial tests

Lamps and electrical equipment

11.8%

24,009 tests · of all tests · 11.8 per 100 initial tests

Steering

6.9%

14,001 tests · of all tests · 6.9 per 100 initial tests

Body, chassis and structure

6.1%

12,376 tests · of all tests · 6.1 per 100 initial tests

Visibility

4.5%

9,063 tests · of all tests · 4.5 per 100 initial tests

Noise, emissions and leaks

3.3%

6,658 tests · of all tests · 3.3 per 100 initial tests

Common Honda CR V problem areas to check

Start with the fault categories most often recorded for this model. This is a data-led pre-MOT and used-car checklist, not a substitute for a mechanical inspection.

Lamps and electrical equipment

Test every exterior lamp, indicator and warning light. Replace failed bulbs and investigate warning lights before the test.

Suspension

Do not ignore knocks, uneven ride height, steering play or abnormal tyre wear; these need professional diagnosis.

Brakes

Treat warning lights, pulling, vibration or unusual pedal feel as reasons for a professional brake inspection.

Tyres

Check tread, visible damage, inflation and warning lights. Ask a tyre professional if wear is uneven or close to the legal limit.

Visibility

Clean the windscreen and mirrors, top up washer fluid, and check the wipers clear the swept area without damage.

Noise, emissions and leaks

Investigate engine warning lights, visible smoke, excessive noise or exhaust leaks before the test.

See the complete MOT inspection guide →

Licensed Honda CR V vehicles

DfT/DVLA licensing records for Great Britain at 2026 Q1. These are registration-stock figures, separate from the MOT sample.

189,370

licensed

16,666

SORN

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FuelLicensed vehiclesShare
Diesel81,44643%
Petrol78,22641.3%
Hybrid electric (petrol)23,15812.2%
Plug-in hybrid electric (petrol)6,3993.4%
Gas1410.1%

Licensed stock trend

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QuarterLicensed vehicles
2026 Q1189,370
2025 Q4191,509
2025 Q3193,356
2025 Q2194,993
2025 Q1197,032
2024 Q4198,298
2024 Q3200,402
2024 Q2201,657
2024 Q1203,032

Used-car checks that model averages cannot replace

  1. 1Check the registration's MOT historyLook for mileage changes, repeat advisories and whether defects were fixed at later tests.Open on MOTScout →
  2. 2Check outstanding safety recallsA model can be affected while an individual car has already had the repair.Open on MOTScout →
  3. 3Find the exact variant's fuel and CO₂ dataSearch certified VCA Euro 6 records by model, engine and gearbox.Open on MOTScout →
  4. 4Get an independent inspectionAn MOT certificate only covers testable items at the time of the test and is not a full mechanical inspection.

Plan the next MOT

Methodology and limitations

  • • Scope: Normal initial class 4 MOT tests in Great Britain matched to a DfT generic car model in 2023.
  • • Initial pass = P only. Initial failure = F or PRS. Final pass = P or PRS.
  • • Defect percentages count distinct tests with at least one item in a category, so categories do not add to 100%.
  • • Detailed trim and engine strings are consolidated using the DfT generic-model field; unmatched records are excluded.
  • • The dataset covers Great Britain. Northern Ireland has a separate MOT process.