2015 Toyota Auris 1.8L Hybrid electric (clean) · FG65 OOF

The 2015 Toyota Auris presents a stable mechanical trend, culminating in a clean pass at its most recent MOT on 22 March 2025 with 243,421 miles on the clock. No defects were recorded during that test, indicating the vehicle met all roadworthiness standards at that time. Curiously, the record shows a failed test just four days earlier on 18 March 2025 at 243,420 miles, also with no defects listed. This anomaly suggests the tester may have refused the test due to an obvious issue, such as an empty fuel tank or an insecure load rather than a mechanical failure. Nevertheless, the subsequent pass confirms the car was swiftly rectified and deemed compliant. The mileage accumulation is notably high for an eleven-year-old vehicle, averaging roughly 22,129 miles per year. The data reveals a period of intense usage between June 2024 and December 2024, where the car covered 19,570 miles in just six months. This rapid accumulation points to sustained motorway driving, which typically benefits engine and drivetrain wear compared to short urban trips. However, the mileage plateaued entirely between the December 2024 test at 237,021 miles and the March 2025 tests at 243,420 miles, indicating the vehicle has either been standing still or used very sparingly for the past seven months. Despite the absence of recorded MOT advisories, the high mileage demands a rigorous physical inspection of wear components. Buyers should closely examine the suspension bushes and coil springs for deterioration, as high-mileage vehicles frequently suffer from degraded damping and cracked springs. Brake discs and pads require thorough checking for excessive wear, lipping, or binding calipers, especially given the recent prolonged period of inactivity which can cause surface corrosion on brake components. Structural integrity must also be verified; inspect the underbody, sills, and subframes for corrosion, as high annual mileage accelerates the degradation of protective coatings and exposes bare metal to the elements.