2015 Jaguar XE 2.0L Diesel · FH65 YLO

A pattern of early brake and suspension wear emerges from the MOT history of this Jaguar XE, culminating in a clean pass at the most recent test on 2 December 2025 with no defects recorded. The earlier 2021 failure, however, flagged an excessively fluctuating front service brake alongside a non-functioning offside rear stop lamp, and the same test noted the first appearance of rear brake disc corrosion and nearside front tyre edge wear. Rear brake pad wear was also noted as thinning in 2018, suggesting that consumable brake components have been a recurring maintenance point throughout the car's life. The absence of any advisories on the 2023, 2024 and 2025 passes is a positive recent indicator, but it must be read alongside the underlying pattern of brake and tyre wear that surfaced in the years prior, and against the broader backdrop of corrosion advisories on the rear discs and shock absorber misting documented as far back as 2020. With 138,662 miles recorded across roughly eleven years of life, this XE has covered an average of around 12,600 miles per year, which is well above the typical mileage for a vehicle of its vintage and points to sustained high-mileage use rather than periods of standing. The MOT testing cadence is reasonably consistent from 2018 onwards, with no extended gaps that would suggest long-term off-road storage, meaning the recorded defects are reflective of a car that has been in regular service. Higher annual mileages accelerate wear on braking components, tyres, suspension bushes and shock absorbers, and at this accumulated distance items such as engine mounts, drivetrain mounts and auxiliary drive components may now be approaching the end of their service life. The relatively even spacing of tests and the consistent mileage progression indicate a working vehicle rather than one with an erratic usage profile. Given the recurring advisories on the rear shock absorbers, particularly the light oil misting first noted in 2020 and again on the nearside in 2022, a buyer should pay close attention to damping behaviour on a test drive. Listen for any knocking or clonking from the rear suspension over uneven surfaces, observe whether the car settles excessively after pressing down on each rear corner, and check for any uneven ride height at the back. The rear brake disc corrosion advisories from 2021 and the rear brake pad wear advisory from 2018 indicate that the braking system has been under regular load; on inspection, feel for any vibration or pedal judder under braking, listen for scraping or grinding, and check for any visible lipping on the rear disc edges. The 2021 fluctuation failure on the front service brake warrants careful attention to the calliper slide pins, pads and discs at the front, with specific checks for binding, uneven pad wear, and any pulling to one side under firm braking. The front tyre edge wear advisory noted across multiple 2021 and 2022 tests is a useful diagnostic pointer, as uneven shoulder wear on the nearside front can indicate incorrect camber or toe settings, worn suspension bushes, or a weakened front strut. On a test drive, the buyer should feel for any vague or wandering steering, any tramlines tracking on poor road surfaces, or any clonking through the front end over speed bumps. Given the mileage and the pattern of consumable wear, a thorough pre-purchase inspection should include a borescope check of the rear brake discs, a physical examination of the rear shock absorbers for fresh oil seepage, and an assessment of the front suspension geometry and bush condition. Any illuminated warning lights on the dashboard, particularly relating to the braking system, adaptive dynamics or tyre pressure monitoring, should be investigated with a diagnostic readout before purchase.