2005 Toyota Yaris 1.3L Petrol · FN05 LVC

The 2005 Toyota Yars holds a valid MOT pass issued on 26 January 2026, which is reasonably current as of today's date. The maintenance trend is broadly stable but shows a persistent pattern of minor wear items being carried forward rather than proactively replaced. In the January 2026 test, the tester flagged corrosion to rear suspension components and their mounting areas, along with worn front lower suspension arm rear bushes on both sides. None of these were deemed serious enough to fail the vehicle, yet the recurrence of worn rear suspension bushes across multiple tests suggests these components are reaching the end of their service life and will likely require attention in the near term. Mileage data is sparse, with only one recorded figure of 68,039 miles logged on 15 December 2023. No subsequent MOT entries carry a mileage reading, making it impossible to establish a reliable annual mileage rate or confirm whether the odometer reading is consistent with the vehicle's age. A prospective buyer should request a current mileage reading and cross-reference it against the service book and any receipts to verify whether the recorded 68,039 miles is plausible for a 2005 vehicle. The most concerning recurring theme in the record is the gradual escalation of corrosion-related advisories. The December 2023 and November 2024 tests both noted underside corrosion, and by January 2026 the tester specifically identified corroded rear suspension components and corroded structural areas. While none of these were classified as seriously weakened at the time of testing, corrosion on a twenty-one-year-old vehicle warrants a thorough underside inspection, particularly around suspension mounting points, brake pipe runs, and the subframe. The November 2024 test also flagged a corroded offside front brake pipe, which was covered in grease or other material, suggesting a patch-and-pass approach rather than proper repair. Buyers should pay close attention to the front and rear suspension bushes, which have appeared as worn on every test since at least December 2023. The constant velocity joint boots on both sides were noted as severely deteriorated in December 2023 and again in November 2024, and their current condition is unknown. A physical inspection should check for play in the driveshaft joints and any evidence of grease loss or ingress. The headlamp aim was flagged as incorrect in both the failed November 2024 and December 2023 tests, indicating the issue may not have been fully resolved. Finally, the November 2024 failure for a defective parking brake efficiency and excessive lever travel should be verified as properly rectified, as handbrake performance issues on older vehicles can point to seized linkages or stretched cables that degrade over time.