2008 Toyota Yaris 1.3L Petrol · WN58 XXU

The vehicle is currently roadworthy but the maintenance history shows a clear trend of deteriorating structural and suspension components. While it passed its most recent test in September 2025 at 143,830 miles, this followed a failure just four days prior due to a fractured nearside front coil spring and a blown bulb. The persistence of advisories regarding underbody corrosion and suspension wear indicates that the vehicle is reaching a stage where age-related degradation is beginning to outpace routine reactive repairs. At 143,830 miles over 18 years, the Yaris averages approximately 8,000 miles per year, which is consistent with typical usage for a car of this age. The record shows steady progression, with roughly 5,500 miles covered between September 2024 and September 2025, and another 5,600 miles in the preceding year. This consistent use suggests the car has not sat stationary for long periods, though the mileage contributes to the accelerated aging of rubber components and metalwork. A buyer must conduct a thorough physical inspection of the underbody to assess the extent of the corrosion that has consistently appeared in the last three tests. The tester specifically flagged corrosion on the rear axle, shock absorbers, and front suspension in the 2025 record. Furthermore, the front lower suspension arm bushes were noted as worn; although they did not cause a failure this time, these components are likely to require replacement soon to maintain handling integrity and safety. The history also highlights a lack of proactive consumable maintenance, evidenced by both front tyres and one rear tyre being worn to the wear indicators during the latest test. The recurring issues with discoloured repeaters and faded lenses suggest the owner only addresses faults when they become obvious rather than performing preventative upkeep. Given the recurring structural rust warnings, a close look at the sills and mounting points is critical to ensure the corrosion has not progressed beyond surface level.