2015 Toyota Yaris 1.3L Petrol · LS15 OHF

The vehicle most recently passed its MOT on 13 January 2026 with no defects or advisories recorded, and this clean result is consistent with the preceding four tests dated January 2025, January 2024, January 2023 and January 2022, all of which were also passed without any advisories. The absence of recurring or escalating advisories across five consecutive annual examinations indicates a stable and well-maintained mechanical trend, with no documented deterioration in the core testable areas such as braking performance, suspension condition, exhaust emissions, lighting, or structural integrity. While the MOT is a snapshot of roadworthiness at the time of test rather than a guarantee of future condition, the consistency of the pass history for this Toyota Yaris suggests that the previous keeper has addressed wear items as they have arisen and that the vehicle has not been presenting borderline or marginal results that would hint at impending failure points. With a recorded mileage of 34,863 miles over an eleven-year lifespan, this Yaris has been used at an average of approximately 3,169 miles per year, which is notably low and likely reflects a combination of light running and extended periods of standing. The annual MOT entries are spaced at roughly twelve-month intervals but the odometer progression between tests is not provided in the data, so it is not possible to confirm whether the low total reflects a consistent trickle of miles or whether there have been dormant periods followed by bursts of activity. Either pattern carries mechanical implications: consistently low annual use can accelerate degradation of rubber and fluid-based components, while intermittent use can promote corrosion on ferrous surfaces and seizure of infrequently moved parts such as brake caliper pistons. Given the vehicle's age and the low accumulated mileage, a prospective buyer should undertake a series of physical checks that go beyond what the MOT can verify. Tyres should be inspected closely for sidewall perishing and cracking, as rubber compounds deteriorate with calendar age irrespective of tread depth, and the production date codes on the sidewalls should be checked to confirm they are not significantly older than the vehicle itself. Brake discs and calipers should be examined for surface corrosion and evidence of seizing, which is common on cars that have stood for prolonged periods; on the test drive, listen for scraping, binding, or pulling to one side under braking. The 12-volt battery is highly likely to be original or near-original at this age and should be load-tested, as low mileage does not prevent sulphation in a battery that is not kept fully charged. Coolant, brake fluid and gearbox oil all degrade over time and should be checked for service history, with brake fluid in particular being hygroscopic and typically requiring replacement every two to three years regardless of mileage. During the test drive, particular attention should be paid to suspension noises such as knocking or clonking over bumps, which can indicate worn bushes, drop links, or top mounts, and to any uneven tyre wear that might suggest tracking or suspension geometry issues. The steering should be checked for free play or vagueness around the straight-ahead position, and the clutch for any slipping under load or a high biting point that would suggest hydraulic or wear-related issues. Given the lack of any recorded advisory history, there is no specific defect to anticipate, but a pre-purchase inspection by a qualified independent garage, including a ramp examination for underbody corrosion, fluid leaks from the engine, transmission and differential, and the condition of the exhaust system, would be prudent to confirm the overall mechanical integrity of what appears from the MOT record to be a well-kept, lightly used example.