2012 Jaguar XF 2.2L Diesel · AV62 LWS

A pattern of front suspension wear and braking hydraulic defects defines the mechanical picture on this 2012 Jaguar XF, with the most recent test on 28 July 2026 passing but flagging a deteriorated offside front upper suspension arm ball joint dust cover alongside a cracked front registration plate. The wider MOT history shows this is not an isolated concern: the 2024 test recorded three separate ball joint dust cover failures across both rear suspension arms, and a fractured nearside front coil spring was identified at the July 2025 test, which the vehicle then failed alongside a dangerous brake hose leak at the offside rear. Although the August 2025 retest passed without recorded defects and the 2026 test is also clear of majors, the recurrence of suspension component deterioration, combined with a dangerous brake hose failure on a hydraulic system, indicates ongoing wear across the chassis and under-bonnet plumbing that has not been fully resolved by replacement parts alone. Against a typical annual mileage expectation, the recorded 132,704 miles over approximately 14 years equates to roughly 9,479 miles per year, which sits within normal usage parameters and suggests the vehicle has been driven consistently rather than left standing. There are no significant gaps in the MOT record that would imply multi-year lay-ups or dormant registration, and the steady accumulation aligns with a car that has been in regular service. That said, mileage in this range on a Jaguar XF of this vintage places meaningful wear on the suspension bushes, coil springs, brake discs and pads, and drivetrain mounts, all of which are reflected in the type of advisories seen in the history. For a prospective buyer, the suspension component failures and advisories warrant close physical attention before purchase. The fractured front coil spring recorded in 2025 means the springs and associated top mount bearings should be inspected for any remaining deterioration, as a broken coil can indicate that neighbouring springs are nearing the end of their service life, particularly on a vehicle of this mileage. Listen for clonks or knocks from the front suspension when traversing speed bumps or uneven surfaces, and check that the car settles evenly at rest without a pronounced lean. The deteriorated ball joint dust covers on both front and rear arms should be inspected for fresh grease contamination around the joints themselves, which would confirm the dust covers have split rather than just hardened, and any play felt when the wheels are rocked by hand would warrant immediate rectification. The dangerous rear brake hose failure is a critical item that demands verification of the repair quality. Brake hoses on a car of this age are vulnerable to internal swelling and external cracking, and where one hose has failed, the opposite-side hose and the remaining flexible lines across the axle should be physically examined for signs of perishing, bulging under pressure, or wetness around the unions. On a test drive, the brake pedal should feel firm and progressive with no sponginess, judder under heavy application, or pulling to either side. Beyond braking, the repeated registration plate lamp advisories and the front plate cracking noted in 2026 are cosmetic but easy to address, while the driver seat structure failure recorded in 2023 should be checked to confirm the repair was carried out properly and that the seat remains solidly mounted with no lateral movement under cornering loads. A pre-purchase inspection that pressurises the braking system and places the vehicle on a ramp would be strongly advisable given the historical pattern.