2018 Jaguar XE 2.0L Petrol · J2 MPR

A pronounced rear brake wear pattern defines this Jaguar XE's mechanical profile and warrants close scrutiny before purchase. The most recent assessment on 2025-10-27 returned a Pass, but only two days earlier on 2025-10-25 the vehicle failed dangerously on both rear brake pads, which were recorded at less than 1.5 mm of friction material. Advisories for rear brake pad wear had already been issued in January 2025, indicating that the pads progressed from a wearing thin observation to a dangerous failure within roughly nine months. This rapid deterioration of the rear braking system, combined with a nearside front tyre cut advisory carried over from the failure, points to braking and tyre condition as the priority areas for inspection rather than any broader systemic deterioration elsewhere on the vehicle. The recorded mileage of 43,649 miles across an eight-year lifespan yields an annual accumulation of approximately 5,456 miles, which is notably low for a vehicle of this age. MOT records are present for 2022, 2023, and 2025, leaving a gap in 2024 that suggests the vehicle may have been off the road for a period or missed a test cycle. Low annual mileage generally reduces wear on high-cycle components such as the engine internals, clutch, and drivetrain, but it elevates the risk of deterioration in items that suffer from prolonged standing, including brake discs corroding on the friction surface, brake calipers seizing, and seized handbrake mechanisms. The combination of light use and the observed rear brake pad failure suggests that the rear caliper carriers, handbrake mechanism, or electronic parking brake actuator may not be retracting fully, causing uneven and accelerated pad wear. A prospective buyer should begin with a thorough physical inspection of the rear braking system, measuring both inner and outer pad friction material thickness and checking the rear disc surface for lipping, corrosion pitting, or uneven wear. The rear caliper sliders should be checked for free movement, and the electronic parking brake should be observed on application and release to confirm symmetrical operation. On a test drive, listen for any rear grinding or scraping noises under light braking, and feel for a dragging sensation or excessive heat from the rear wheels immediately after driving, which would suggest a binding caliper or seized actuator. The nearside front tyre cut should be examined closely to confirm it remains superficial and not approaching the ply or cords, and the front tyres should be inspected for uneven shoulder wear that could indicate suspension geometry issues. Beyond the flagged items, the test drive should include an evaluation of the suspension over varied surfaces, listening for clonks, rattles, or knocks from the front suspension arms, bushes, and anti-roll bar links, as Jaguar XE vehicles of this generation are known to develop wear in these areas. The steering should be assessed for any vagueness, knocking through the column, or uneven self-centring, which could indicate worn tie rods or rack mounting bushes. Finally, with the vehicle having potentially stood for extended periods between uses, inspect the engine bay for any signs of oil seepage from the sump, cam covers, or power steering components, and confirm that the vehicle starts promptly from cold without excessive smoke, as this would indicate any underlying issues from prolonged inactivity.