2004 Toyota Yaris 1.3L Petrol · WF04 HHS

The vehicle presents a concerning maintenance trend that appears to be worsening as it ages. While the most recent test on 29 June 2026 at 107,203 miles resulted in a pass, the tester identified several significant issues that suggest a decline in component integrity. Specifically, the nearside and offside front lower suspension arm ball joint dust covers are severely deteriorated, and the nearside rear brake pipe shows signs of corrosion. This follows a pattern of recurring mechanical failures, such as the significant list of defects seen during the July 2025 failure at 102,879 miles, which included lagging brakes, incorrect headlamp aim, and worn anti-roll bar linkages. The mileage profile indicates a low-use vehicle, averaging approximately 4,873 miles per year over its 22-year lifespan. This low annual mileage is consistent with the recorded data, moving from 82,199 miles in July 2020 to 107,203 miles in June 2026. While low mileage often suggests less mechanical wear, the history reveals that this vehicle may suffer from the effects of sitting idle or being used for very short trips. The presence of corroded brake pipes, rusty fuel tank feed pipes noted in July 2020, and a very rusty rear axle reported in July 2022 suggests that environmental corrosion is a more significant threat to this car than high-mileage mechanical fatigue. A prospective buyer should conduct a thorough physical inspection of the underbody, specifically focusing on the structural integrity of the rear axle and the condition of all fuel and brake lines. The recurring issues with suspension ball joint covers and anti-roll bar bushes suggest that the rubber components are perishing due to age rather than mileage. It is also necessary to inspect the recent repairs to the braking system and headlamp alignment to ensure the work performed after the 2025 failure was completed to a professional standard. Given the history of exhaust leaks and rust, a close examination of the exhaust system and mounting points is essential to ensure no further structural degradation is present.