2010 Jaguar XF 3.0L Diesel · OV60 EYD

The mechanical record of this 2010 Jaguar XF presents an uncommonly clean roadworthiness profile, with the most recent test on 18 September 2025 returning a pass and no advisories recorded. Across the visible testing history from 2022 onwards, the only interruption to its pass record was a failure on 25 September 2023, which was followed just three days later by a retest pass on 28 September 2023, suggesting a relatively minor rectification rather than a deep structural or mechanical concern. The absence of any advisories across four of the five recorded tests indicates that components such as the braking system, suspension linkages, exhaust installation, tyres, and underbody structure have remained within prescribed limits at each annual examination. There is, however, one notable caveat: the 2023 failure carries no recorded defect details, meaning the precise cause of that initial failure cannot be confirmed from the available DVSA history alone, and this warrants direct enquiry with the vendor to establish what component or system was addressed prior to the retest. With roughly 95,999 miles accumulated over sixteen years, the vehicle averages approximately 6,000 miles annually, which is markedly below typical mileage expectations for a luxury saloon of this vintage. Such low annual accumulation can reflect either genuinely light usage over a long ownership period or, alternatively, extended periods of stationary storage interspersed with occasional use. For a Jaguar XF of this age, lower mileage is a mixed indicator: it preserves the engine internals, automatic transmission, and final drive components from high-cycle wear, but it also raises the prospect of dried rubber seals, oxidation in brake calipers and hydraulic systems, perished coolant hoses, and dry-rot in suspension bushes caused by prolonged inactivity rather than wear. Confirming whether the mileage has been continuous or has featured long gaps is therefore as important as the headline figure itself, and a service history corroborating regular intervals would significantly strengthen confidence in the recorded odometer reading. Given the specific platform, particular attention during a pre-purchase inspection should focus on the known vulnerabilities of the Jaguar XF, including the upper and lower front suspension arms, anti-roll bar drop links, and the front subframe mounting points, as well as the rear suspension bushings which can deteriorate on low-mileage examples due to dry-out rather than wear. A test drive should be conducted over varied road surfaces, listening carefully for clonks or knocking from the front suspension over speed humps and uneven tarmac, and feeling for vagueness in steering response or knocking through the column over mid-corner bumps. The braking system should be assessed for any judder under firm pedal pressure, any pulling to one side, or a spongy pedal feel which can indicate corroded caliper slides or seized pistons; similarly, the electronic parking brake should be observed for smooth application and release, as the XF's integral caliper mechanism is known to bind. Because the 2023 failure produced no recorded advisory detail, it is also prudent to inspect undertrays and the underside of the vehicle for any signs of recent repair work or fluid staining, and to verify the operation of all driver-assistance and infotainment functions, which on a 2010 XF can suffer from known electrical gremlins. Beyond the drivetrain and chassis, the 3.0-litre diesel or 5.0-litre petrol variants fitted to the XF at this age carry their own characteristic concerns that should be checked independently of the MOT record. For diesel examples, the timing chain tensioner guides, EGR valve, intake manifold flaps, and turbo actuator function are all worth confirming through a diagnostic scan rather than a visual check alone, as these faults frequently manifest only as warning lights or reduced performance rather than visible deterioration at the wheels. Petrol engines should be assessed for any timing chain rattle on cold start, coolant leaks from the valley gasket, and oil seepage around the sump and cam covers. Inside the cabin, the rotary gear selector should be observed rising smoothly from its lowered position, and the touch-screen module should be checked for pixel dropout or intermittent operation. Finally, a thorough road test of at least thirty minutes covering dual carriageway cruising, town traffic, and a stretch of uneven B-road will help surface any underlying issues that a clean MOT history cannot detect, and would be strongly advised before committing to purchase regardless of the favourable test record.