2003 Honda Accord 2.0L Petrol · RY52 WDZ

A chronic pattern of corrosion and suspension wear advisories defines the mechanical profile of this 23-year-old Honda Accord, with the most recent test on 20 February 2024 producing both a pass and a fail under the same advisory set, indicating that the underlying defects were serious enough to warrant a refusal but not severe enough to bar subsequent re-test passage. The structural advisories relating to both inner sills, both rear chassis suspension mounting points, the rear subframe, and the seat belt anchorage prescribed areas on the inner sills collectively describe a vehicle with widespread but not yet critical chassis corrosion. The persistence of front wishbone front bush wear advisories from 2020 through to 2024 indicates these components have been on a gradual decline for at least four years without being replaced, while the rear anti-roll bar pin and bush wear noted across 2018, 2019, and 2020 shows a similar long-running deterioration in the rear suspension linkage. The 2024 failure itself does not specify a separate defect beyond the listed advisories, suggesting the test outcome was linked to the inspector's judgement on whether the corrosion had reached the threshold of seriousness. Against an age of roughly 23 years, the recorded 116,045 miles equates to an annual accumulation of approximately 5,045 miles, which is notably low for the vehicle's lifespan. The MOT record itself is not continuous from new; tests begin in 2018 and run annually through to 2024 with no large unexplained gaps in testing cadence, though the absence of earlier records means mileage history prior to 2018 cannot be confirmed from MOT data alone. Mechanically, low annual mileage on a vehicle of this age tends to preserve drivetrain internals such as the engine, transmission, and clutch relative to high-mileage equivalents, but the prolonged standing periods that often accompany low usage can accelerate corrosion in boxed chassis sections, suspension mounting surfaces, and subframe seams — a pattern consistent with the corrosion advisories observed here. The front and rear anti-roll bar bushes and wishbone bushes, however, degrade primarily from age and rubber perishing rather than mileage, so their repeated flagging is in keeping with the calendar age regardless of distance covered. For a prospective buyer, the priority inspection areas should be the inner sills and rear chassis rails flagged for suspension mounting and seat belt anchorage corrosion, as these prescribed areas are explicitly monitored by MOT testers and can progress from advisory to fail within a single year. On inspection, look for any perforation, flaking, or bubbling paint along the inner sill seams when viewed from beneath the vehicle, and pay particular attention to the rear subframe mounting points and the areas around the rear seat belt lower anchorages. The front wishbone front bushes should be evaluated by rocking each front wheel laterally at the top and bottom while listening for knocking or feeling for play in the hub assembly, and the rear anti-roll bar bushes can be assessed by pushing laterally on the rear axle with the vehicle on a lift or by listening for clonking over uneven road surfaces during a test drive. Any clonks from the front under braking, dipping, or over speed bumps would suggest the wishbone bushes have worn beyond the advisory threshold, while a vague or wandering rear end during cornering could indicate further deterioration of the rear anti-roll bar linkage. Given that the same advisories appeared on both the fail and pass entries on the same date, it is worth confirming with the seller or DVSA directly which specific defect triggered the failure, as MOT records can occasionally list advisories on a failed test that were not the reason for refusal. A thorough pre-purchase inspection by a technician experienced with older Hondas is advisable, with particular focus on a lift-based examination of the sill and rear chassis corrosion to determine whether remedial welding or subframe treatment will be required in the near term. On the test drive, listen for any suspension knocks or clonks over uneven surfaces, check for pulling under braking that might indicate worn front bushes affecting geometry, and inspect the inner sill areas and rear chassis sections for any signs of fresh underseal applied to mask corrosion.