2005 Mazda 6 2.0L Petrol · YP55 KYH

This 2005 Mazda 6 carries a heavily flagged MOT history that points firmly toward advanced structural and chassis wear rather than any pattern of routine roadworthiness. The most recent test on 14 November 2023 resulted in a failure with multiple major lighting and wiper defects, but these are relatively superficial issues compared to what the earlier records reveal. In October 2019 the vehicle failed with the nearside rear suspension component mounting area excessively corroded and holed through the outer sill, effectively compromising structural integrity, and that same test recorded chafed brake hoses on both front sides alongside corroded rear fuel pipes. A subsequent dangerous failure in November 2021 saw the nearside front lower suspension arm pin or bush recorded as likely to become detached, and a further failure in October 2022 identified both front suspension arm ball joints as excessively worn. Across the 2019 to 2023 testing window, only one test, in November 2020, was recorded with no defects at all, meaning the surrounding four tests contain multiple dangerous, major, or advisory items predominantly concentrated around corrosion, suspension, and braking components. This is a vehicle whose MOT record raises legitimate concerns about the long-term integrity of its underbody, suspension geometry, and associated braking hardware. The recorded mileage of 170,106 miles over twenty-one years equates to roughly 8,100 miles annually, which is broadly typical for a car of this age and suggests steady rather than extreme use. The testing record covers 2019, 2020, 2021 (twice), 2022 (twice), and 2023, so there are no prolonged unexplained gaps in MOT coverage, though the paired tests in both 2021 and 2022 indicate retests following earlier failures within weeks, consistent with a car that has repeatedly struggled to pass first time. There is no mileage progression visible in the supplied records to corroborate annual figures against individual test dates, so any odometer consistency cannot be fully verified from this dataset alone. Mechanically, mileage of this level combined with the recorded suspension and corrosion defects implies a drivetrain and chassis that have accumulated substantial wear, particularly in bushings, joint assemblies, and underbody metalwork that are repeatedly affected by age and mileage together. For a prospective buyer, the immediate priority should be a thorough physical inspection of the outer sills, rear suspension mounting areas, and underbody seams referenced in the 2019 failure, because corrosion that was already classed as holed and structurally significant at that point will have had a further four years to progress. The front suspension arms and lower ball joints were a recurring theme across 2021 and 2022, so on a test drive listen for knocking or clonking over uneven surfaces, particularly at low speed over speed bumps, and feel for any vagueness or clunking through the steering as direction changes are made. The brake hoses flagged for chafing in 2019 and the corroded rear fuel pipes noted at the same test warrant a close visual look for any weeping brake fluid under the bonnet and at all four wheel arches, along with a check underneath for any green or white corrosion bloom on brake and fuel lines. Given the brake pad advisories from both 2022 tests, the pedal should feel firm without excessive travel, and any judder under braking on the test drive would suggest worn discs alongside the previously flagged pad wear. Finally, the November 2023 failure items relating to front position lamps, registration plate lamp, and ineffective wiper operation are straightforward electrical and consumable items that can be resolved cheaply, but the advisories recorded alongside them, particularly the non-functioning nearside washer jet, often point to general deterioration of ancillaries consistent with a higher-mileage older vehicle. The inner-edge tyre wear noted in 2022 is worth examining directly, as uneven wear patterns on the front tyres typically indicate suspension geometry issues such as worn wishbone bushes or tracking misalignment, both of which tie back to the front suspension arm defects already recorded. A pre-purchase inspection on a ramp, with particular attention paid to the rear sill and suspension mounting zones, would be strongly advisable before committing to this vehicle, given that the documented structural corrosion has had several years to develop further since it was last flagged by an examiner.