2014 Toyota Avensis 2.0L Diesel · OV64 AFA

The vehicle presents a stable roadworthiness profile, with the most recent MOT test on 25 September 2025 at 66,114 miles showing a clean pass after a minor failure for a single non-functional offside front position lamp. This follows a period of consistent passing between 2022 and 2024 where no defects were recorded. The maintenance trend indicates that the vehicle is being kept in a good state of repair, as previous mechanical or consumable issues have been addressed and have not recurred. The mileage history shows a highly unusual pattern. A significant discrepancy exists between the 2020 test at 127,124 miles and the 2021 test at 42,905 miles, which suggests either a clerical error in the DVSA database or a possible odometer rollback. Excluding that anomaly, the vehicle averages approximately 5,500 miles per year, which is low for a 2014 model. This low annual usage often results in less mechanical wear on the drivetrain but can lead to age-related degradation of rubber components and fluids due to infrequent operation. A buyer should conduct a physical inspection of the braking system and tyres, as these have been recurring points of failure. The record shows thin brake pads in 2017 and 2023, alongside various tyre defects including cuts and edge wear in 2021 and 2022. While the recent tests show these issues are resolved, the history suggests the owner manages consumables on a reactive basis. Checking the condition of the windscreen wipers and ensuring all exterior lighting is functional is also advised, given the previous failures in these areas. The 2021 advisory regarding under trays obscuring underside components warrants a close visual inspection of the chassis and suspension for any signs of corrosion or fluid leaks. Although no structural issues have been flagged, the presence of protective trays can sometimes mask early-stage oxidation or weeping from shock absorbers. Ensuring the vehicle has been serviced regularly despite the low mileage will be key to verifying its long-term mechanical integrity.