2008 Jaguar X-Type 2.2L Diesel · DF08 HVO

The 2008 Jaguar X-Type presents a stable maintenance trend, culminating in a clean pass at its most recent MOT on 16 July 2025 at 89,607 miles. The tester recorded no defects, confirming the vehicle met minimum roadworthiness standards on that occasion. Historical entries show a pattern of passing tests, though the record contains anomalous failed tests on 8 July 2023 and 16 July 2024 where no defects were listed, suggesting either aborted tests or data recording errors rather than underlying mechanical faults. The absence of recurring advisories or failures indicates the core mechanical and structural integrity remains sound. Accumulating 89,607 miles over eighteen years equates to roughly 4,978 miles annually, marking this as a low-mileage example. However, the recent mileage accumulation tells a different story. Between the 17 July 2023 test at 76,232 miles and the 17 July 2024 test at 80,105 miles, the car covered 3,873 miles. In the following twelve months leading to the July 2025 test, the mileage jumped by 9,502 miles to 89,607. This acceleration suggests the vehicle has transitioned from prolonged periods of light use or standing to regular, sustained driving, which fundamentally changes the wear profile of its consumables and drivetrain. Despite the clean MOT record, the recent spike in annual mileage warrants a thorough physical inspection of the suspension and drivetrain. Components such as suspension bushes, coil springs, and shock absorbers deteriorate with age and will have experienced increased stress over the last year. Inspect the undercarriage for corrosion, paying close attention to the subframes and brake lines, as older X-Types are susceptible to structural rust even when MOT testers do not flag it. Check the brake discs and calipers for uneven wear or binding, as the shift from low mileage to nearly 10,000 miles in a year places fresh demand on the braking system. A test drive will reveal whether the gearbox and all-wheel-drive system operate smoothly under the increased load.