2014 JAGUAR XF2.2L Diesel

The vehicle's roadworthiness is currently stable following its most recent pass on 2 July 2026, but the MOT history reveals a worsening trend regarding structural and suspension integrity. While the car passed the latest inspection at 141,374 miles, the tester flagged several immediate maintenance requirements, including thin rear brake pads and both rear tyres being worn close to the legal limit. The presence of corrosion on the rear sub-frame, first noted in the July 2025 test and persisting into 2026, indicates an ongoing issue with chassis degradation that requires close monitoring. The mileage accumulation appears consistent with a vehicle of this age, averaging approximately 11,781 miles per year. The record shows steady usage, moving from 103,032 miles in September 2021 to 141,374 miles in July 2026. There are no significant periods of dormancy evident in the data, though the jump from 112,421 miles in May 2023 to 124,455 miles in April 2024 shows a period of higher-than-average annual use. This consistent running pattern suggests the vehicle has been used regularly rather than sitting idle. A prospective buyer must prioritise a physical inspection of the underside to assess the extent of the sub-frame corrosion and general suspension health. The history shows a recurring pattern of suspension component failure, specifically regarding ball joints and bushes, which caused a failure in April 2023. The tester also identified a central prop shaft bearing issue in 2020 and again in 2023, so the condition of the drivetrain and transmission mounts should be verified. The frequent advisories for worn tyres and thin brake pads suggest a reactive rather than proactive approach to consumable maintenance by previous owners. Beyond the immediate need for tyres and rear pads, the presence of an oil leak noted in 2023 warrants a thorough check of the engine and gearbox seals to ensure the condition has not deteriorated. The structural integrity of the rear sub-frame remains the most significant long-term mechanical risk identified in these records.