2013 Jaguar XF 2.2L Diesel · DS63 OVN

A recurring theme of rear‑tyre wear and progressive front‑brake wear defines the mechanical narrative of this 2013 Jaguar XF, with advisories for near‑side and off‑side rear tyres appearing in three separate years and front‑brake pad and disc wear flagged in 2023 and again in 2025. The latest MOT on 5 January 2026 recorded a clean pass with no defects, confirming that no new issues have emerged since the last advisory‑only test. At 52 546 miles after 13 years of age the vehicle averages just over 4 000 miles per annum, well below the typical UK usage rate. Such low annual accumulation suggests periods of light duty or extended storage, which can mitigate wear on consumables but may also allow age‑related corrosion to develop unnoticed. The MOT history shows regular annual testing with no gaps, indicating that the vehicle has been kept on the road and subjected to the statutory checks each year. Prospective buyers should give particular attention to the rear tyres: verify tread depth exceeds the legal 1.6 mm across the width, inspect the sidewalls for cracking or edge wear, and assess whether the wear pattern is symmetrical or suggests mis‑alignment. On a test drive, feel for any vibration or pulling when cornering, which could indicate worn suspension bushes or alignment issues that often accompany tyre edge wear. Front‑brake condition also warrants scrutiny; check pad thickness visually and listen for squeal or grinding under moderate braking, and feel for any pedal pulsation that may betray disc thinning despite the advisory noting the disc was not yet excessive. Although no structural or emission defects have been recorded, age‑related wear on suspension components such as bushings, ball joints and anti‑roll bar links is common in vehicles of this vintage. While stationary, listen for clunking or knocking over bumps, and feel for any looseness in the steering column or wheel play. A thorough visual inspection of the chassis for surface rust, especially around wheel arches and undercarriage, will help confirm that prolonged low‑usage periods have not allowed corrosion to compromise structural integrity.