2016 Toyota Auris 1.8L Hybrid electric (clean) · FP66 TWD

This vehicle maintains a consistent record of roadworthiness, characterized by a lack of chronic defects or recurring advisories over several years. It passed its most recent inspection on 6 February 2026 with no defects recorded, following a brief failure three days prior that was quickly rectified. The overall trend is one of stability, with clean passes dating back to February 2023, indicating that the car has consistently met the necessary safety and environmental standards. The recorded mileage of 164,067 miles is significantly higher than average for a ten-year-old vehicle, representing an annual accumulation of approximately 16,407 miles. Such a usage pattern typically suggests extensive motorway use, which is generally less taxing on the engine than frequent short-distance urban trips. Nevertheless, this high mileage implies that many of the vehicle's mechanical consumables and structural components have been subjected to prolonged stress, increasing the likelihood of wear in the drivetrain and suspension systems. Because the MOT history is exceptionally clean, the physical inspection should focus on identifying the inevitable wear associated with high mileage. During the test drive, listen for knocks or clunks over speed bumps and uneven road surfaces, which would indicate that the suspension bushes or coil springs are reaching the end of their service life. Assess the steering for any looseness or pull, and feel for pedal judder during braking, which could signal worn brake discs or binding calipers. A thorough visual check of the underbody is recommended to look for any oil misting around the engine gaskets or signs of corrosion on the subframe, as these are common areas of concern for high-mileage vehicles. Ensure the gear shifts are precise and that there is no excessive vibration through the cabin at cruising speeds, which would suggest the engine or transmission mounts have perished. The absence of recorded advisories means the buyer should look for the earliest signs of component fatigue rather than specific known failures.