2012 Honda Civic 2.2L Diesel · WR62 FSU

A persistent pattern of front tyre wear is the dominant mechanical theme across the MOT record for this 2012 Honda Civic. Inner-edge tyre wear on both front wheels has been flagged at three separate tests in 2022, 2025, and again on the same date in 2025 when the vehicle failed on a non-functioning offside front position lamp. Combined with a nail in the nearside front tyre and a loose rear exhaust heat shield recorded on the most recent test of 5 June 2025, the advisories paint a picture of consumables that are being allowed to run towards the legal limit rather than being replaced proactively. The failure itself was relatively trivial, relating only to a bulb in the front position lamp, and the vehicle passed later the same day once rectified, but the underlying tyre and exhaust issues remain advisories that were carried forward unaddressed. Earlier tests in 2023, 2020, and 2019 were recorded with no defects at all, indicating the wear pattern is not consistent throughout the car's life but is instead a recent and repeated observation that warrants close physical inspection. The recorded mileage of 204,219 miles against a 14-year age equates to an annual accumulation of approximately 14,587 miles, which is notably high for a passenger car of this vintage. The testing history shows annual MOT entries from 2019 through 2025 with no significant gaps, suggesting the vehicle has been in continuous use rather than laid up for extended periods. At this mileage level, wear-related deterioration of major drivetrain and chassis components becomes statistically far more likely than on a lower-mileage example, particularly items such as clutch assemblies, dual-mass flywheels, engine mountings, suspension bushes, shock absorbers, and CV joint boots. The fact that the only structural or mechanical advisories relate to tyres and an exhaust heat shield, rather than corrosion on underbody components, brake pipes, or suspension arms, is a positive signal so far, but the high overall mileage means these areas should be examined with particular care as future failure points. For a prospective buyer, the immediate priority on inspection is the front suspension and steering geometry, given the recurring inner-edge tyre wear recorded at three tests. This pattern is commonly associated with worn front suspension bushes, collapsed or weakened front springs, tracking misalignment, or play in lower ball joints or wishbone bushings. On a test drive, listen for clonking or knocking noises from the front end over speed humps and uneven road surfaces, and pay particular attention to any vagueness or vibration through the steering wheel, as well as uneven steering self-centring after corners. Check that both front tyres are of matching brand, size, and tread depth, and inspect the inner shoulders for feathering or stepped wear, which would confirm the advisories have not been resolved. Also examine the rear exhaust heat shield, noted as loose in June 2025, to ensure it has been secured rather than left to rattle against the underbody, which can accelerate corrosion on the exhaust itself. Beyond the flagged advisories, the high recorded mileage should prompt a thorough underbody examination for any emerging corrosion on brake lines, the fuel tank area, subframe mounting points, and around the rear axle, as these are typical age-related concerns that may not yet have reached the threshold for MOT advisories but could be approaching it. With the offside front position lamp having failed in June 2025, inspect all exterior lighting including the registration plate lamps, as a nearside rear registration plate lamp was also flagged as inoperative in 2021. On the test drive, monitor for any hesitation, misfire, or excessive vibration from the drivetrain indicative of worn engine or gearbox mountings, both of which are common at this mileage. Listen for any rumble or drone from the rear exhaust that might suggest a leaking joint or blown gasket, and check the underside of the vehicle from cold for any signs of oil seepage around the sump, cam cover, or transmission. A compression test or at minimum a thorough diagnostic read of any stored fault codes would be prudent given the odometer reading, as the MOT record itself cannot verify internal engine condition.