2010 Jaguar XF 3.0L Diesel · WE10 BOO

A sixteen-year-old Jaguar XF with this MOT profile shows a clear pattern of corrosion and standing-related deterioration rather than high-mileage wear, with the most recent test on 21 April 2026 passing only twelve days after a failure that flagged dangerous tyre structure and worn front suspension bushes. The April 2026 pass is heavily qualified by advisories for pitted and corroded brake discs on all four corners, front lower subframe corrosion, and rear subframe corrosion with corroded suspension arms, the tester explicitly attributing much of this to standing. Two years earlier in June 2024 the record shows light corrosion on the rear brake pipes and aged nearside rear tyres with sidewall cracking, while 2023 and 2022 both flagged rear tyre perishing despite clean passes. A clean 2020 test stands in contrast to these surrounding years, suggesting the vehicle's condition has worsened progressively, consistent with the low recorded usage. Annual mileage works out at roughly 5,724 miles per year across the 91,591 recorded miles, which is low for a sixteen-year-old executive saloon and points to extended periods of inactivity rather than regular use. MOT tests are recorded in 2019, 2020, 2021, 2022, 2023, 2024, and 2026, with a notable gap between June 2024 and April 2026 where no test was taken, and the earlier history not being present in the dataset. Mechanically, this pattern of low annual mileage with gaps is consistent with the recorded symptoms: pitted brake discs from corrosion due to standing, surface corrosion on brake pipes, corroded subframes and suspension arms, perished tyres with sidewall cracking caused by age rather than wear, and seized or deteriorated front suspension bushes. The failure in April 2026 for excessively worn front trailing arm front bushes on both sides, alongside the rear tyre dangerous defect, suggests the suspension and tyre condition deteriorated sharply during the period of inactivity rather than from typical wear. A prospective buyer should focus the physical inspection on the components the tester has already flagged. Listen and feel for clonking or knocking from the front suspension over speed humps and uneven road surfaces, particularly from the trailing arm front bushes that were replaced or noted as excessively worn, and check for vagueness or wandering in the steering that could indicate further bush wear or play in the rear top arm ball joint flagged in 2019. Examine all four brake discs through the wheels for visible lipping, deep pitting, or surface corrosion that may require machining or replacement, and test the pedal for any judder under firm braking which would indicate disc runout. With brake pipe and subframe corrosion already documented, inspect the underside carefully for any fluid staining, particularly brake fluid, and look for fresh rust versus stable surface corrosion on the subframes and suspension arms, paying attention to whether the rear exhaust mounting crossmember behind the nearside bumper has been properly inspected and secured, as the April 2026 failure noted this area could not be fully assessed without bumper removal. Tyres warrant particular attention given the recurring advisories for perishing and cracking across multiple tests from 2019 through 2024, plus the dangerous failure in April 2026 for a torn nearside rear tyre caused by structural failure. Check the production date on the sidewall of all four tyres and any spare, as rubber older than five years is susceptible to the type of sidewall deterioration repeatedly flagged here, and inspect the inner and outer sidewalls for cracking, bulging, or separation that may not be visible from the tread face. On the test drive, listen for any exhaust rattles or movement under acceleration that could indicate the corroded mounting flagged in the April 2026 failure has worsened, and feel for any drivetrain hesitation or rough idle consistent with prolonged standing. Finally, verify that the April 2026 advisories for the brake discs and subframes have not progressed to test failures by a competent mechanic before purchase, as corrosion flagged as not seriously weakened can advance quickly on a low-use vehicle of this age.