2007 Honda Jazz 1.3L Petrol · FH57 PLF

The defining mechanical story for this 2007 Honda Jazz is one of consistent roadworthiness under MOT conditions, with the most recent test on 4 September 2025 returning a pass and no advisories recorded, matching the clean outcome from August 2023. There is a notable quirk in the record, however: two separate test dates (21 August 2023 and 12 August 2024) show both a pass and a failure recorded on the same day, with no defects listed against either entry. This is most plausibly the result of retest procedures following an earlier failed examination on those dates, or a data entry characteristic where the initial failure and subsequent pass were logged together. The absence of any advisory or failure defect text on both occasions means the vehicle is not recorded as having presented any component that failed the MOT standards on those visits, and the overall pattern is one of a car that has continued to satisfy roadworthiness testing year on year. The absence of any advisory items across the visible record is unusual for a car approaching two decades of age, and should be treated cautiously rather than as definitive evidence of mechanical condition, since MOT testing does not inspect the full scope of a vehicle's mechanical state. With 151,286 miles accumulated over approximately nineteen years, the Jazz has covered roughly 7,962 miles annually, which sits broadly in line with typical usage for a vehicle of this vintage and class. This rate of accumulation is neither low enough to raise immediate concerns about long periods of standing, nor high enough to suggest intensive commercial or long-distance use. The continuity of annual testing from 2023 through 2025 indicates the car has been in regular use throughout this period, with no extended lay-up that would typically accelerate deterioration of items such as brake discs, suspension bushes, exhaust mountings, or the 12V battery. Mechanically, this kind of moderate, consistent mileage profile tends to keep components in a working state through normal wear rather than suffering from either the corrosion associated with short journeys and standing time, or the accelerated wear seen on high-mileage examples. Given that the MOT history shows no advisories over the recorded period, there is no specific component history to guide a targeted inspection, but the age and mileage of this third-generation Jazz warrant particular attention to areas that commonly affect vehicles of this vintage. The rear drum brake assemblies, where fitted, should be inspected for binding or scored drums, and the front brake discs and pads checked for lipping and remaining friction material, as these are wear items that will have accumulated significant usage by this mileage. The suspension should be examined for worn bushes, particularly on the rear torsion beam and front lower wishbones, with attention to any knocking or clonking over uneven surfaces during a test drive. The exhaust system, including the centre and rear silencers, is susceptible to corrosion on older vehicles and should be checked for blowing joints or deteriorating mounting rubbers. On a test drive, listen for any clonking or knocking from the front suspension over speed humps and rough tarmac, which would indicate worn anti-roll bar drop links or bottom arm bushes, and feel for any vibration through the steering wheel that could suggest worn suspension top mounts or a failing wheel bearing. The steering should be straight and free of excess play, and the brakes should provide a firm pedal with no pulling to either side under moderate braking. Listen for any exhaust drone or ticking that could indicate a leaking manifold gasket, and observe whether the i-VTEC engine starts promptly from cold, idles smoothly, and pulls cleanly through the gears without hesitation or misfire. Finally, inspect the underbody and wheel arches for any visible corrosion, particularly around the rear wheel arches, suspension mounting points, and brake pipe runs, as these are areas where a car of this age can develop rust even when the MOT record remains clean.