2019 TOYOTA YARIS1.5L Petrol

The vehicle presents a mixed maintenance profile, showing a recent decline in mechanical standards despite a historically clean record. The most recent test on 12 August 2025 at 38,995 miles resulted in an initial failure due to parking brake inefficiency and worn front brake discs. While the vehicle passed on the same day, the presence of pitted and scored inner brake discs on both the nearside and offside front indicates that surface corrosion is becoming an issue. The mileage pattern suggests light annual usage, averaging approximately 5,500 miles per year. This low usage is evidenced by the progression from 20,265 miles in August 2022 to 31,511 miles in August 2024, and finally 38,995 miles in August 2025. While low mileage typically implies less mechanical wear, the specific defects recorded suggest the car may suffer from the effects of infrequent use. The 2024 advisories regarding cracking and perishing tyres, alongside the 2025 brake disc corrosion, often point to a vehicle that sits stationary for extended periods, allowing moisture to settle on metal surfaces and rubber components. A prospective buyer should conduct a thorough physical inspection of the braking system. The tester flagged both front inner brake discs as worn, pitted, or scored during the August 2025 test, which suggests the discs may require replacement soon to maintain optimal stopping performance. The failure regarding parking brake efficiency during that same test necessitates a manual check of the handbrake cable tension and rear brake shoe or pad condition to ensure the mechanism is not seizing. The history of perishing tyres in 2024 indicates that rubber degradation is a recurring concern for this vehicle. Inspect the sidewalls and tread depth of all four tyres for any signs of age-related cracking or dry rot, regardless of remaining tread. Given the low mileage and the specific nature of the recorded advisories, the vehicle appears to be mechanically sound but requires closer attention to consumables that degrade through inactivity rather than heavy driving.