2015 Toyota Yaris 1.3L Petrol · SH15 CKA

A clean and unblemished MOT history defines this twelve-year-old Toyota Yaris, with every recorded test since 2023 returning a pass certificate and no advisories, failures, or defect entries logged against the vehicle. The most recent assessment on 12 May 2025 resulted in a pass with no defects recorded, reinforcing a stable roadworthiness profile rather than a pattern of deterioration or chronic component wear. The absence of advisory notes is particularly significant for a vehicle of this age, as it indicates that none of the usual wear items such as brake pads, tyres, suspension components, or exhaust elements were flagged as approaching the minimum legal threshold or showing early signs of concern. While a failed test entry appears alongside the 2025 and 2024 pass results, both are recorded without defects, which is consistent with a minor administrative or retest process rather than mechanical non-compliance. Overall, the mechanical record presents a vehicle that has consistently met roadworthiness standards without recorded deterioration. The recorded mileage of 30,691 miles across approximately eleven years of service equates to an average annual accumulation of around 2,790 miles, which is well below the typical mileage for a vehicle of this age and considerably lower than the national average. This usage pattern is consistent with a second household car, urban short-journey use, or a vehicle that has experienced periods of inactivity between tests. The absence of any mileage gaps in the testing history suggests the vehicle has remained in regular use, albeit lightly, rather than being stored or laid up for extended periods. Mechanically, low annual mileage of this nature tends to result in slower wear of major drivetrain components but can place additional stress on items that suffer from infrequent use, such as the braking system through corrosion of discs and pads due to lack of regular sustained operation. However, the lack of any advisory notes relating to seized brakes, deteriorated pads, or corroded discs suggests these issues have not yet manifested to a measurable degree. Given the vehicle's clean record and low usage, a prospective buyer should focus their pre-purchase inspection on the areas most likely to be affected by low-mileage urban driving and the natural ageing of an eleven-year-old car. During a test drive, listen carefully for any knocking or clonking from the front suspension over uneven surfaces, as the lower wishbone bushes, anti-roll bar drop links, and steering rack gaiters can deteriorate with age even on low-mileage vehicles. Pay particular attention to the braking performance, noting any judder through the pedal or pulling to one side under braking, which could indicate corrosion or uneven wear on the front brake discs that is common on lightly used cars. Steering should feel direct and free from excess play or vibration, while the clutch operation should be smooth without slipping or juddering, given the relatively low recorded mileage that suggests limited mechanical wear on the transmission. Finally, a thorough physical inspection should be carried out with the vehicle raised or viewed from underneath where possible, as MOT advisories are not always present in this clean record but corrosion can develop on ageing underbody components. Examine the exhaust system for any signs of rust, particularly at the mounting points and joints, as well as the condition of the rubber suspension bushes which can perish with age rather than mileage. Check all fluid levels and their condition, including engine oil, brake fluid, and coolant, as neglected fluids on a low-mileage vehicle can sometimes compensate for a service history that does not reflect the vehicle's true mechanical needs. The tyres should be inspected for age-related cracking in the sidewalls as well as uneven wear patterns, and a diagnostic scan for any stored fault codes in the engine management system is advisable to identify any intermittent sensor issues that would not necessarily appear during a standard MOT test.