2010 Jaguar XF 3.0L Diesel · FG10 CFK

A recurring pattern of major electrical and lighting faults dominates this 2010 Jaguar XF’s MOT history, with the most recent test on 22 September 2026 recording a failed result for an inoperative engine malfunction indicator lamp, a non‑functioning reversing lamp, a non‑working nearside front position lamp, a rear registration plate lamp failure and an excessively high off‑side front headlamp aim. Similar major failures appear in the 2025 and 2023 records, indicating that the vehicle has not shown a trend toward resolution of these issues; instead the defects reappear year after year alongside a steady stream of advisories for steering rack play, suspension wear and brake disc condition. The recorded 109,893 miles over sixteen years works out to just under 7,000 miles per annum, a mileage rate that sits comfortably within normal usage for a vehicle of this age. MOT examinations have been carried out roughly annually with no significant gaps, suggesting the car has been kept on the road consistently rather than sitting idle for extended periods. Mechanically, this moderate annual accumulation means consumables such as tyres, brake discs and suspension bushings are likely to be approaching the latter stages of their service life, which aligns with the repeated advisories observed. Potential buyers should arrange a detailed diagnostic scan of the engine management system to identify why the MIL remains inoperative; common culprits include faulty sensors, wiring harness deterioration or ECU issues, all of which can affect performance and emissions. The lighting faults require a thorough inspection of the lamp units, associated wiring looms and ground connections, and the headlamp aim should be checked and corrected using the factory adjustment procedure. The advisory for nearside front steering rack inner joint play warrants a road test for any clunk or looseness when turning the wheel, and a visual check for leaks or worn bushings that could compromise steering precision. Attention should also be given to the suspension and rear steering components flagged repeatedly: worn nearside rear upper arm pins, damaged track‑rod ball‑joint dust covers and a compromised anti‑roll bar linkage dust cover all suggest possible ingress of dirt and accelerated wear, which may manifest as uneven tyre wear, steering pull or noisy bumps over uneven surfaces. The front brake discs, noted as worn and pitted on several occasions, should be measured for thickness and surface condition; scoring may require resurfacing or replacement. The minor rear exhaust leak around the box clamps should be inspected for rusted or cracked hardware, as exhaust leaks can affect cabin noise and emissions. Finally, the tyres identified as close to the legal limit and the rear fog lamp and washer failures need replacement or repair before the next MOT. A comprehensive pre‑purchase inspection covering these items will give a clear picture of the remedial work required and the associated cost before committing to purchase.