2015 Toyota Yaris 1.3L Petrol · MM15 CFG

The vehicle most recently passed its DVSA MOT test on 9 September 2025 with a single advisory concerning an offside rear tyre that was worn close to the legal limit and worn on its edge. Looking at the broader trend across the recorded tests, the maintenance picture is one of gradual deterioration rather than acute decline. The 2023 test recorded a dangerous failure for a nearside rear tyre with exposed ply or cords, and every test from 2022 onwards has surfaced tyre-related advisories ranging from perishing and cracking to edge wear. Suspension advisories first appeared in 2024 in the form of corroded front Macpherson struts and a corroded nearside rear coil spring, alongside a note that the front brake discs were worn though not excessively. This pattern suggests that cosmetic and structural corrosion is beginning to take hold, brake component wear is advancing, and tyre condition has been a recurring concern for at least four consecutive test cycles, all of which warrant close attention from any prospective buyer. The recorded mileage of 61,118 miles across an eleven-year vehicle lifespan equates to roughly 5,556 miles per year, which is considerably below the national average and consistent with either light private use or extended periods of standing. The MOT history suggests a broadly consistent pattern of annual testing with mileage accumulation that is modest rather than heavy, meaning the wear on major drivetrain components such as the engine, clutch and gearbox is likely to be lower than average. However, low annual mileage carries its own mechanical implications: vehicles that cover short journeys or stand for prolonged periods are more susceptible to brake disc corrosion, binding or seized brake calipers, premature tyre perishing from age rather than mileage, accelerated 12 volt battery degradation due to incomplete charging cycles, and deterioration of brake fluid, coolant and other time-sensitive service items regardless of odometer reading. Given the recurring advisories for tyre perishing, edge wear and structural cracking across all four wheels since 2022, a thorough physical inspection of the tyres is essential. Sidewall cracking, tread depth uniformity across the axle, and any uneven shoulder wear should be examined closely, and a test drive should be used to listen for any road noise, vibration or pulling to one side that might indicate a deeper suspension or alignment issue. The 2024 advisories for corroded front Macpherson struts and a nearside rear coil spring suggest that the suspension is beginning to suffer from age-related oxidation; on a test drive, listen for clonks or knocks over bumps, pay attention to any vagueness in the steering, and check for uneven tyre wear which can be symptomatic of weakened spring or strut performance. The front brake disc wear advisory from 2024, combined with the low-mileage context, also warrants a physical check for corroded or scored disc surfaces, seized caliper slide pins and pad material depth, as standing periods frequently lead to uneven pad-to-disc contact and reduced braking efficiency. Beyond the recorded advisories, there are several age and standing-related items that demand attention irrespective of the relatively modest odometer reading. The 12 volt battery should be load tested, as units over five years old in low-use vehicles frequently show diminished cranking performance. Brake fluid absorbs moisture over time and should have been renewed on a calendar basis, typically every two years regardless of mileage; verify this in the service history. Coolant, transmission fluid and engine oil condition should be confirmed through service stamps, as time-based degradation rather than distance dictates their replacement intervals. Finally, ensure that the recent offside rear tyre advisory has been acted upon, and confirm that a full four-wheel alignment has been carried out if the strut and spring corrosion has progressed, as compromised front suspension geometry will accelerate uneven tyre wear and compromise straight-line stability.