2017 Jaguar XE S 3.0L Petrol · AM15 JMB

A clear pattern of rear suspension wear has emerged across the MOT history of this 2017 Jaguar XE S, alongside a brake-related failure that prospective buyers should weigh carefully. The December 2024 test recorded a Major defect for a serious fluid leak on the nearside rear shock absorber, paired with a Major stop lamp failure on the offside rear, and the vehicle was refused certification. By the following January 2025 retest the stop lamp issue had been resolved and the car passed, but the same shock absorber misting advisory that had appeared at the previous test was carried forward alongside matching advisories on the offside rear unit. With eight recorded tests spanning 2020 to 2025 and two Major defects logged in the most recent failure, the rear damper pair is the single most consistent mechanical concern in the file, and the September 2025 pass, while clean on the day, does not alter the trajectory of deterioration that has been visible across the last three examinations. The recorded mileage of 34,248 miles over nine years equates to an annual accumulation of roughly 3,800 miles, which is notably low for the vehicle's age and segment. The gap between the October 2020 test and the March 2022 test represents the longest interval in the file at approximately seventeen months, and there is a further thirteen month gap between the January 2023 and January 2024 tests. Low annual mileage combined with these extended standing periods is mechanically significant, as it allows brake disc surfaces to corrode and pit from atmospheric exposure rather than from pad contact, accelerates the natural hardening and cracking of tyre sidewalls through UV exposure, and can allow internal seals on hydraulic suspension components to deteriorate from infrequent cycling. The repeated front brake disc pitting advisories and the front tyre edge wear and perishing advisories recorded in 2024 and 2021 align directly with this pattern of light, intermittent use. Given the recurring rear shock absorber advisories culminating in the 2024 fluid leak failure, a physical inspection should focus on damp evidence, staining, or corrosion on the rear damper bodies and the surrounding spring seats, and a road test should be conducted over undulating surfaces to listen for clonking or knocking from the rear axle that would indicate worn top mounts or failing dampers. Because the front discs were flagged as pitted at both the failed 2024 test and the subsequent 2025 pass, a test drive from cold should include firm pedal applications to detect brake judder or vibration through the steering wheel, which would confirm the discs have reached their wear limit despite passing on thickness. The offside rear stop lamp failure in 2024 also warrants a walk-around check of all rear lighting, including the high-level unit and number plate illumination, to confirm the repair was carried out properly rather than a temporary fix. The front tyre wear pattern noted in both 2021 and 2024, where both front tyres were flagged for edge wear in successive tests two years apart, suggests a persistent geometry issue that has not yet produced a recorded defect. On a test drive, attention should be paid to steering pull under braking, uneven steering return, and any tram lining or wandering over road camber, as these are typical symptoms of worn front suspension bushes or weak torsion bar compliance on this model. With 34,000 miles recorded and two Major defects in the file, the mechanical priorities for any prospective buyer are the rear damping system, the front brake disc condition, the front suspension geometry, and confirmation that all lighting functions are currently operating as required.