2012 Toyota Yaris 1.4L Diesel · MW12 EWR

The vehicle passed its most recent MOT in July 2024 at 117,466 miles with only a minor advisory on rear brake pipes showing corrosion under grease, consistent with previous findings. This follows a pattern of annual passes since 2022, aside from two initial failures in 2023 and 2022 that were rectified the same day. The recurring nature of certain issues—particularly corroded brake pipes and occasional suspension wear—suggests stable but not exceptional maintenance, with no significant deterioration over time. The fact that all failures were addressed promptly and the car has remained roadworthy indicates responsible ownership, though vigilance is warranted on known weak points. The car has accumulated roughly 117,500 miles over 14 years, averaging about 8,400 miles per year, which aligns closely with expected usage for its age. Mileage progression is steady: 100,525 miles in July 2022, 109,883 in July 2023, and 117,466 a year later—gaining around 7,600 to 9,400 miles annually. There are no unexplained gaps or sudden jumps, suggesting regular use without prolonged periods of inactivity that might mask component degradation. The consistent testing dates reinforce a pattern of predictable, ongoing operation rather than intermittent storage. Buyers should inspect the rear brake lines thoroughly for hidden corrosion beneath surface grime, as this has been flagged repeatedly despite passing tests. The front track rod end showed slight play in 2023, indicating potential steering wear that may need attention soon. Tyre condition has frequently approached legal limits or shown edge wear, so current tread depth and sidewall integrity require close checking. Additionally, prior bumper damage and body corrosion near the nearside rear suggest possible stone chips or moisture retention in that area—inspect for structural rust, especially around wheel arches and underbody seams. While the car remains mechanically sound, these persistent advisories highlight areas where preventative maintenance could prevent future failures.