2014 Jaguar XF 2.2L Diesel · DN10 CON

A clear pattern of chronic braking and suspension wear defines this XF's MOT record, with brake component advisories appearing in four consecutive tests and a rear parking brake failure in 2023 that required a retest before pass. The most recent examination on 6 July 2026 recorded a pass, but only after tyre advisories for inner-edge wear on both fronts and the offside rear were flagged, continuing an edge-wear theme noted as far back as 2022. Across the available history the vehicle has accumulated two failures and one near-side headlamp aim failure on 25 July 2024, alongside persistent advisories for front and rear brake pad wear, pitted brake discs, and an offside rear suspension arm bush recorded as worn on the 2024 test. The clustering of brake-related findings across six of the eight recorded visits indicates an ongoing wear issue rather than an isolated one-off, and the rear parking brake episode in 2023 points to caliper, cable, or actuator concerns that warrant direct inspection. Recorded mileage of 174,313 across roughly twelve years equates to an annual accumulation of approximately 14,500 miles, which is at the higher end for a prestige saloon of this age and consistent with motorway or long-distance use. There are no apparent gaps in testing, with annual examinations recorded from 2021 through 2026, and the mileage progression between tests aligns broadly with continued regular running rather than extended periods off the road. High annual mileage of this nature places sustained demand on consumable braking components, suspension bushes, engine and transmission mounts, driveline flexible couplings, and cooling system rubber, all of which are consistent with the brake and suspension advisories already documented. For an XF specifically, this usage profile also accelerates wear on the diesel particulate filter, turbocharger bearings, dual-mass flywheel, and automatic transmission mechatronics, none of which are visible to an MOT examiner but are typical high-mileage concerns for this model. A prospective buyer should place particular emphasis on the offside rear suspension arm bush noted in 2024, as this component is prone to progressing from advisory wear to excessive play, producing a clonking noise over speed humps, irregular rear tyre wear, and vague or wandering behaviour during lane changes. On a test drive, listen for knocking or creaking from the rear suspension over undulating roads, and check whether the rear offside tyre shows accelerated inner-edge wear compared with the nearside, which would confirm bush deterioration. The brake-related advisories spanning front pads, rear pads, and pitted discs across multiple tests suggest a thorough braking system inspection is essential, including measurement of remaining pad material and disc thickness, as well as a check of caliper slide pins and guide bushes for seizure, given that binding calipers are a common cause of the uneven edge wear and pitted disc surfaces already documented. The 2023 rear parking brake failure deserves specific attention, as it can indicate seized rear caliper mechanisms, stretched or corroded handbrake cables, or a faulty electronic parking brake actuator, all of which are known XF concerns. With the ignition on, listen for the EPB motors on both rear calipers and confirm that the system applies and releases smoothly via the switch, with no warning lights remaining on the instrument cluster. The nearside headlamp aim failure in 2024, while corrected at the same test, should prompt a manual check of headlamp levelling operation, particularly if the vehicle has been loaded or has had recent suspension work. Finally, a road test should include firm pedal applications to detect any judder or pulsation from the warped or pitted discs already flagged, and the inner and outer edges of all four tyres should be inspected for feathering or step wear, as the repeated inner-edge advisories suggest a tracking, geometry, or suspension alignment issue that has not yet been resolved.