2014 Jaguar XJ 3.0L Diesel · OV14 FBZ

The vehicle's overall roadworthiness is assessed as passing at a standard standard, but the maintenance history indicates a lack of consistent upkeep over the past decade. The most recent test on 2026-03-10 was passed at 117,988 miles with no defects, suggesting the car has maintained its mechanical integrity for approximately 14 years. This stability is evident in the continuous sequence of passing tests from 2023 to 2026, with no single test showing a significant deviation or failure, implying that the vehicle has not experienced a sudden, catastrophic breakdown or a series of recurring major faults. The mileage pattern suggests that while the car has maintained a relatively low mileage accumulation rate compared to its age, the data shows a clear gap between the 2022 and 2023 test dates. The 2022-03-10 test was completed at 85,918 miles, followed by a 2023-03-28 test at 93,380 miles, and then 2024-03-21 at 101,092 miles. This gap between the 2022 and 2023 tests is notable because the 2023 test occurred after the 2022 test, which is inconsistent with typical maintenance patterns where a vehicle would typically be inspected at least once every 12 months. The 2023-03-28 test at 93,380 miles is the lowest point in the entire history, indicating that the vehicle has not been driven for nearly a decade, which is a significant gap that warrants examination. Given the history of passing tests, the 2023-03-28 test at 93,380 miles is the most critical point to inspect in person. A buyer should verify the condition of the suspension, particularly for the rear axles and bushings, as well as the brake components, including calipers and discs, to ensure they are free of corrosion and in good condition. Structural risks must also be assessed, such as for the exhaust system and the frame, to rule out hidden issues that could have arisen during the 14-year absence of driving. While the MOT record shows no defects, the lack of maintenance history suggests that basic upkeep may have been skipped, which could lead to premature wear on critical components over the coming years.