2018 Toyota Auris 1.8L Hybrid electric (clean) · GF02 LEY

The vehicle most recently passed its DVSA MOT test on 7 August 2025 with no advisories or defects recorded, continuing a clearly stable maintenance trend across the documented history. Looking back through the available records, the Auris passed cleanly in August 2022, August 2024, and again in August 2025, with only one advisory-free failure recorded on 17 August 2023 that is listed without any defect details. Because DVSA records only catalogue items that resulted in a failure or advisory, the absence of defect data on that entry suggests a minor or administrative issue that was rectified on the same day, allowing the vehicle to pass immediately afterwards. Overall, the absence of recurring advisories for suspension, braking, exhaust, or corrosion across four consecutive annual tests indicates that the car has been maintained to a consistent roadworthy standard and there are no flagged wear items from the official tester at this time. With 122,264 miles recorded on an eight-year-old vehicle, the Auris is covering approximately 15,283 miles annually, which is well above the national average and points to consistent, high-mileage use rather than periods of standing. There are no significant gaps in the MOT cadence, with annual tests consistently completed in August of each year, and the mileage accumulation between tests suggests steady year-on-year usage. Mechanically, higher annual mileage of this nature accelerates wear on consumable items such as brake pads, discs, clutches (if applicable to the transmission fitted), tyres, and ancillary drive components like the auxiliary belt and water pump. The drivetrain and engine internals will also have experienced greater thermal cycling and load than a lower-mileage equivalent, so while the lack of MOT advisories is reassuring, it is essential to verify that the higher-mileage service items have been addressed proactively rather than relying solely on annual test outcomes. Given the clean MOT record and absence of advisories, a prospective buyer should focus their physical inspection on age-and-mileage-related deterioration that falls outside the scope of standard MOT testing. The tyres should be closely examined for both tread depth and, importantly, sidewall perishing or cracking, as the rubber compound on an eight-year-old vehicle can degrade from age even if the tread remains legal. Brake discs should be inspected for lipping, corrosion around the outer edge, and any signs of binding calipers, particularly given the high mileage which increases the likelihood of uneven pad wear or seized slider mechanisms. A thorough test drive should include slow-speed manoeuvres over uneven surfaces to detect any suspension clonks or knocking that may indicate worn anti-roll bar bushes, drop links, or top mounts, none of which may have been flagged if not severe enough to fail on test. Beyond the mechanical components, calendar-based servicing becomes particularly relevant on a high-mileage Auris of this age, and several checks should be completed before purchase. The 12V battery health should be tested, as batteries typically require replacement every four to six years and a failing unit can cause erratic electrical behaviour. Brake fluid is hygroscopic and should have been replaced at least twice during the vehicle's life; verifying this in the service history is important to prevent internal corrosion within the brake system. Coolant, transmission fluid (for automatic variants), and engine oil should also be confirmed as recently renewed, and the cambelt or timing chain service interval must be checked against the manufacturer's schedule, as failure of either component on a high-mileage Toyota can result in catastrophic engine damage. Finally, inspecting the underbody and inner wheel arches for any surface corrosion, confirming the operation of all electrical systems including air conditioning, and reviewing a complete stamped service book will provide the clearest indication of how well this high-mileage example has been cared for during its working life.