2010 Jaguar XF 3.0L Diesel · AF10 LBG

The most recent MOT inspection on 23 July 2026 resulted in a failure, marking a significant and concerning decline in the vehicle's mechanical and structural maintenance trend. While the vehicle maintained a relatively stable pass record between 2019 and 2025, the recent transition from advisories to a dangerous failure indicates that previous issues have been neglected rather than addressed. The progression from minor advisories regarding tyre wear and sub-frame corrosion to a dangerous failure involving exposed tyre cords and significant structural corrosion on the nearside rear suspension mounting area suggests a breakdown in preventative maintenance. This shift from manageable wear to critical safety defects is a major red flag for any prospective buyer. With 156,243 miles recorded over approximately 16 years, the vehicle has averaged roughly 9,765 miles per year. This level of usage is considered typical for a premium saloon of this age, suggesting the car has not been subjected to extreme high-speed motorway cruising nor has it suffered from the detrimental effects of prolonged periods of standing. However, at this mileage, the mechanical components are well into their natural lifecycle. The cumulative wear on suspension bushes, ball joints, and dampening systems is expected, and the recorded history confirms that these components are reaching the end of their serviceable life. The consistent mileage suggests a vehicle that has been used regularly, which generally helps prevent certain types of seizure, but it also means that wear-and-tear items have been consistently accumulating. A primary concern for a buyer is the escalating structural corrosion. The MOT history shows a persistent issue with the rear sub-frame and sills, which has now escalated to a major defect involving the nearside rear suspension component mounting area. This is not merely a cosmetic issue but a threat to the structural integrity of the chassis. You must inspect the underbody thoroughly for advanced oxidation and scale. During a test drive, listen for any knocking, clunking, or creaking from the rear suspension, which could indicate that the mounting points are flexing or that the sub-frame is compromised. Furthermore, the recent dangerous failure for an exposed tyre cord on the offside rear tyre, alongside worn edges on other tyres, suggests poor wheel alignment or suspension geometry issues. You should check for uneven tyre wear patterns across all four wheels and listen for any vibrations or pulling to one side, which would indicate worn control arms or steering components. Beyond the structural and tyre concerns, the history of oil misting on the front shock absorbers and deteriorated dust covers on the rear ball joints suggests that the suspension system requires comprehensive attention. You should inspect the dampers for heavy leaking rather than just light misting, as failed shocks will cause excessive body roll and poor ride quality. Additionally, given the age and the recorded corrosion, it is vital to verify the service history regarding fluid changes, specifically brake fluid and coolant, as these are critical for preventing internal component degradation. Ensure that the brake discs do not show excessive pitting and that the calipers are not binding, as the history of various minor defects suggests a general lack of meticulous upkeep. This vehicle requires significant investment to return to a safe and reliable roadworthy condition.