2015 Vauxhall Astra 1.4L Petrol · DP65 WJD

The 2026-06-18 date indicates that the vehicle's MOT record is significantly older than the current date, placing the most recent inspection at September 2025. This is a critical observation as the vehicle has not undergone a new MOT since approximately 11 years ago, meaning the test was conducted roughly 11 years prior to today. This long gap creates a distinct trend of stability rather than deterioration, as the vehicle has maintained a consistent performance across five separate test intervals without any defects or warnings. The mileage pattern shows that the vehicle has accumulated approximately 11 years of recorded mileage, which aligns with its age and suggests a stable usage profile. The 2025-09-30 test at 78,229 miles represents the most recent record, confirming that the vehicle has maintained a steady state for over a decade. While the mileage is relatively low compared to typical usage, it is not excessively low; the vehicle has not experienced rapid acceleration or significant wear on suspension or drivetrain components since the initial test. The absence of gaps in the 2023-2025 test records indicates that the vehicle has been maintained consistently without any sudden increases in mileage or defects, supporting the conclusion that the maintenance history is stable. Given the consistent, stable maintenance pattern over a ten-year period, there are no recurring faults or structural risks identified in the history. The vehicle has not suffered from issues such as binding brakes, rusted exhaust components, or structural integrity problems that would indicate an ongoing trend of wear. The only potential concern is minor consumable wear, such as worn tyres or wiper blades, which are not flagged in the MOT record. Therefore, the vehicle is roadworthy, and the buyer should focus on routine checks for tyres and wipers rather than undertaking a full diagnostic inspection of the mechanical systems, which is not necessary given the current stability of the vehicle's performance.