2004 Nissan X-Trail 2.2L Diesel · GF04 BPY

The vehicle presents a stable maintenance profile with a consistent record of passing MOT tests over the last several years. The most recent recorded entry from September 2022 shows a pass at 112,924 miles with no defects or advisories noted. This follows a brief failure on the same date, though the specific cause of that failure was not documented in the provided record. The lack of recurring advisories regarding suspension components, brake wear, or emissions suggests a consistent level of upkeep during the recorded period. The mileage accumulation is notably low for a 22-year-old vehicle, averaging approximately 5,133 miles per year. The data shows a steady, incremental increase in mileage, moving from 106,964 miles in September 2019 to 112,924 miles in September 2022. This gradual progression suggests the vehicle has seen regular, light use rather than long periods of stationary storage, which is generally preferable for preventing seal degradation and fuel system issues. Because the MOT history is remarkably clean and lacks specific technical advisories, a physical inspection should focus on age-related degradation that often escapes standard testing. Given the low annual mileage, I recommend a thorough check of the rubber components, specifically the suspension bushes and tyre sidewalls, which can perish from age even if tread depth remains sufficient. You should also inspect the underbody for surface corrosion on the exhaust system and structural mounting points, as these are common areas for deterioration on older Nissan models. The absence of recorded issues with brake discs or calipers is encouraging, but a manual check for binding calipers or uneven pad wear is advised during a test drive. While the MOT record indicates a well-maintained vehicle, the gap in data between 2022 and the current date of July 2026 means the vehicle's current roadworthiness is unverified. Ensure a fresh MOT is obtained to confirm the current state of the vehicle's structural integrity and mechanical systems.