2001 Honda HR-V 1.6L Petrol · RF51 YRY

Structural corrosion on a 25 year old Honda HR-V is the defining mechanical concern in this record. The February 2026 test exposed an offside rear inner integral body section, specifically the wing lower front seat belt mounting area, corroded to the point where rigidity is significantly reduced. This is a load-bearing structural failure flagged as a Major defect under the 6.1.1 category, meaning it affects the vehicle's ability to maintain integrity in its primary safety structure. That test resulted in a fail on 16 February 2026, but a subsequent retest on 23 February 2026 recorded a pass with no defects recorded, suggesting a localised repair was carried out in that narrow window. Any prospective buyer must inspect this repaired area closely for the quality of the weld, the extent of remaining surrounding corrosion, and whether the seat belt anchorage point itself has been compromised, as this kind of structural rot on early 2000s Hondas is rarely isolated and tends to migrate into the rear quarter, the inner sill, and the floor pan. Mileage on this HR-V stands at 145,417 miles over approximately 25 years, which equates to around 5,800 miles per year on average. This is well below typical usage and points to either prolonged periods of low activity or extended standing. The MOT record confirms continuous annual testing from at least 2023 onwards with no multi-year gaps, so the low accumulation reflects light regular use rather than a long lay-up that might cause issues such as seized brakes or deteriorated rubber. However, low annual mileage on an older vehicle does not insulate it from age-related component fatigue, and the structural corrosion flagged in 2026 is entirely consistent with an older chassis that has spent decades exposed to road salts and moisture. The relatively even year-on-year mileage also means there are no sudden spikes to suggest motorway use or towing stress, but equally no evidence of neglect through long storage. A history of brake related issues warrants close attention during a physical inspection. In February 2023, a nearside front service brake was recorded as excessively binding, and in February 2025, the service brake caused the steering wheel to severely pull to the offside. Binding calipers and uneven braking force are typical symptoms of corroded or seized slider pins on Honda sliding calipers, worn guide bushes, or a sticky hydraulic mechanism. On a test drive, listen for any dragging sensation from cold, particularly within the first few hundred metres, and feel whether the steering pulls under moderate or firm braking. Also check for uneven disc wear by feeling for a lip on the outer edge of each front disc through the wheel, and inspect the rear drums or discs for similar ridges. A wheel bearing rough when rotated was flagged on the central front in February 2024, so listen for a low humming or droning noise that rises and falls with road speed, and gently rock the front wheels with the vehicle jacked to detect any play. Tyre wear patterns across three consecutive years show nearside rear and offside front edges wearing prematurely, which suggests either a tracking misalignment, worn suspension bushes, or droop in the rear beam. On a Honda HR-V the rear suspension is a torsion beam, and any deterioration in the beam bushes or trailing arm mounts can cause the characteristic uneven inner or outer edge wear recorded here. On a test drive, listen for clonks or knocks from the rear over speed humps and uneven surfaces, particularly on the nearside, and check that the rear tracking is symmetrical. Finally, repeat lighting faults have appeared three times, including offside front and nearside front position lamps failing in 2026 and 2023, which on a 25 year old vehicle commonly points to brittle bulb holder plastics, corroded multi-plug connectors, or earthing issues within the headlamp unit. Confirm all lamps operate reliably from cold and after the vehicle has been running for some time.