1996 TOYOTA CARINA2.0L PETROL

The vehicle currently maintains a roadworthy status with a stable maintenance trend following a period of minor mechanical advisories. The most recent test in October 2025 at 137,015 miles showed only minor presentation defects related to a deteriorated rear registration plate and an inoperative lamp. This represents an improvement over the mechanical failures recorded in late 2022, suggesting that the owner has addressed the primary steering and exhaust issues identified during that previous inspection cycle. At approximately 30 years old, the recorded mileage of 137,015 miles is notably low, averaging around 4,500 miles per year. The data shows consistent usage patterns, with an example being roughly 6,250 miles covered between October 2024 and October 2025. This low annual mileage typically indicates less mechanical wear on the drivetrain and braking system, though the age of the vehicle increases the risk of degradation in rubber-based components and seals, which may account for the oil leak noted in years past. A prospective buyer should focus their physical inspection on the steering components previously flagged. The 2022 failure and subsequent advisory noted play in the nearside front track rod end and an issue with the offside front inner tie rod; while these were rectified, the steering geometry requires verification that no further wear has developed. Additionally, the minor oil leak reported in October 2022 warrants a close look at the engine and gearbox interfaces to ensure the leak remains stable and has not worsened despite lower mileage. The recurring advisory for a deteriorated rear registration plate across 2022 to 2025 suggests a lack of attention to minor cosmetic maintenance. Given the vehicle's age and the low mileage, a thorough check of the chassis and structural points for hidden corrosion is essential, as the MOT record does not detail surface rust levels. The windscreen damage noted in 2022 and 2023 should also be checked for spreading cracks that could eventually compromise the structural integrity of the glass.