2010 Jaguar XF 3.0L Diesel · EY10 ABV

The most recent DVSA examination on 5 January 2026 resulted in a Pass, which is the third consecutive pass following an initial failure on 19 February 2025 that was successfully rectified the following day. While the latest outcome is positive, the trend across the recorded history suggests a vehicle entering a phase of progressive wear rather than stable mechanical condition. The 2025 test failure flagged a binding rear service brake and an excessively worn offside front upper suspension arm ball joint, with both items subsequently addressed. However, the January 2026 examination returned advisories relating to rear brake disc wear, rear shock absorber bushes, and general underbody underseal condition, suggesting that whilst the most serious defects have been resolved, ongoing attention to the rear braking system and rear suspension is likely required. Overall, the maintenance trend appears to be one of managed decline, typical for a vehicle of this age and mileage, but prospective buyers should not treat the clean current pass as indicative of a fault-free car. Recorded mileage stands at 117,143 miles across approximately 16 years, equating to a broadly average annual usage of around 7,321 miles. This figure is consistent with mixed driving conditions combining regular commuting, longer journeys, and periods of lighter use. There is no evidence in the supplied records of unusually low accumulation that might indicate prolonged standing, nor are there any sudden spikes in mileage between test dates that would suggest inconsistent record-keeping or rapid accumulation. Average mileage of this nature places predictable wear on consumables such as brake friction materials, tyres, and suspension bushes, all of which appear to be consistent with the advisory pattern observed across the recent tests. The mechanical implications are therefore proportionate to the usage profile, with the rear axle components showing the most consistent signs of accumulated wear. The recurring advisories relating to the rear brake discs and rear shock absorber bushes warrant particular attention during any physical inspection. Rear brake disc wear advisories have appeared on both the near-side and off-side across consecutive tests, indicating that the discs are approaching their minimum permissible thickness and will require replacement in the near term, often in conjunction with new rear brake pads. The persistent advisories on rear shock absorber bushes suggest progressive deterioration of the rubber mountings, which can lead to increased rear axle movement, a clunking noise over uneven surfaces, and reduced ride quality. A test drive should include assessment for any rear-end instability over bumps, uneven or feathered tyre wear on the rear axle indicating geometry disturbance, and any binding sensation from the rear brakes suggesting a seized caliper or hydraulic issue. The earlier failure on the offside front upper suspension arm ball joint, although rectified, should prompt inspection of the surrounding suspension components including control arms, drop links, and anti-roll bar bushes, as wear in this area tends to be progressive rather than isolated. Given the vehicle's age, particular attention should also be paid to age-related deterioration that may not be fully captured within MOT records. Tyre sidewalls should be inspected closely for perishing or crazing, which can compromise integrity even where tread depth remains adequate. The 12-volt battery is likely approaching the end of its service life and should be load-tested to confirm cranking performance. Brake fluid and coolant should be considered for renewal on a calendar basis rather than purely by condition, as both degrade with time and can lead to internal corrosion or reduced boiling point resistance. Underbody corrosion should be examined carefully, particularly around suspension mounting points, subframe securing bolts, and exhaust hangers, with the noted underseal advisory suggesting that some protective treatment may already be breaking down. A thorough road test should include warm-up behaviour, transmission smoothness across the full operating range, and confirmation that all electronic systems, climate control, and infotainment functions operate as intended, as electrical faults and actuator wear are well-documented concerns on vehicles of this age and specification.