2010 Honda Civic 2.2L Diesel · LG10 FWR

A pattern of chronic lighting defects and accumulating chassis wear defines the mechanical picture of this 2010 Honda Civic, rather than a straightforward record of roadworthiness. The most recent test on 26 February 2026 produced both a Pass and a Fail recorded on the same day, with the failure attributed to a non-functioning offside stop lamp, a defect category that has now appeared in some form across at least three consecutive test cycles. The offside rear position lamp alone has been flagged as having reduced light intensity or partial failure in 2024, 2025, and the same day as the 2026 test, suggesting a persistent issue with that particular lamp unit, its wiring, or the bulb holder connection. Beyond lighting, the chassis is showing the expected wear of a high-mileage vehicle: all four brake discs were noted as pitted or scored in 2024, the rear discs were again flagged in 2025, an offside rear coil spring was recorded as corroded in 2025, and an anti-roll bar linkage ball joint was noted with slight play in 2023. Two tyre advisories for nearside and offside front inner edges in 2024 and 2025, alongside a nail-in-tyre advisory on the nearside rear in 2023, point to a front-end geometry or tracking concern that is consuming tyres at an accelerated rate. Against a recorded mileage of 164,318 miles over approximately sixteen years, the vehicle is averaging around 10,270 miles per year, which sits broadly within the typical range for its age bracket. There are no multi-year gaps in the testing record that would suggest a prolonged lay-up, with tests recorded consecutively across 2022, 2023, 2024, 2025, and 2026, and no sudden mileage jumps that would indicate a replacement odometer or clocked history. The relatively continuous annual mileage, however, does mean that consumable wear, suspension component fatigue, and brake system degradation are all consistent with high cumulative use rather than low-mileage preservation. A test drive should therefore be approached with the expectation of a working-mileage vehicle rather than a lightly used example, and particular attention paid to secondary components that tend to fail quietly at this mileage bracket, including engine mounts, CV joint boots, and the condition of underbody heat shields and exhaust hangers. From a buyer guidance perspective, the persistent rear lamp issue warrants direct physical inspection rather than reliance on the MOT record alone. On the day of viewing, check every rear lamp function individually, including brake lights with the ignition on, the ignition off but pedal depressed, and both sidelamps and main beam, paying close attention to the offside rear cluster for failed LED segments or a discoloured lens that may indicate heat damage. If the position lamp issue has been masked by a single bulb replacement, the underlying wiring or earth point on that cluster should be examined for corrosion, as water ingress is a common cause of repeat partial failure on Civic lamp units of this era. The headlamp main beam failure recorded in 2024 and the nearside headlamp lens product advisory in 2023 also suggest that the front lamp units deserve close scrutiny for condensation, aftermarket tint film, or reflector deterioration, all of which will cause an MOT failure in subsequent years if left unaddressed. The brake and suspension advisories translate into specific, testable symptoms on the road. Given that all four discs were recorded as pitted in 2024 and the rears again in 2025, expect to feel pedal judder under moderate to firm braking, particularly from cold, and listen for any grinding or scraping noise that would indicate a pad change has been deferred past the disc wear limit. The offside rear coil spring corrosion advisory and the anti-roll bar ball joint play noted on the nearside front should prompt a road test over uneven surfaces, where any clonking, knocking, or wandering from the rear under load could indicate that a spring has actually fractured rather than merely surface-corroded. With the front inner-edge tyre wear recorded across two consecutive tests, an alignment check is advisable before replacement tyres are fitted, and on the test drive, feel for steering pull to one side or off-centre tracking on a straight road. Finally, given the vehicle's age and mileage, a precautionary inspection of the brake servo vacuum hose, underfloor fuel and brake lines, and subframe mounting points for the onset of structural corrosion is warranted, as these areas tend to deteriorate quietly between MOT cycles on high-mileage vehicles of this generation.