2007 Jaguar XK 4.2L Petrol · YP07 UCL

A 2007 Jaguar XK showing this sort of MOT trajectory is genuinely unusual for the model, and arguably the most reassuring part of the file is just how little mechanical comment the testers have felt obliged to make. Across the four recorded tests from 2022 through 2025, not a single advisory has been raised, and the only blemish at all is the failed entry on 25 June 2025, which is immediately paired with a pass on the very same date and contains no defect text. That strongly suggests an administrative or presentation issue rectified on site rather than a structural or component failure, leaving the substantive roadworthiness picture as four clean passes in four years. For a near nineteen year old sporting grand tourer with complex multi link suspension, adaptive damping and integrated braking systems, a completely advisory free record is the best outcome you could realistically hope to see on the DVSA file. The usage profile of this car is, however, the more important story and it warrants careful interpretation. Thirty thousand and twenty four miles over nineteen years equates to roughly fifteen hundred miles per year on average, which is well below what is typical even for low mileage luxury cars of this era. There is also a notable gap in the MOT history between the 2022 test and the preceding entry, indicating the vehicle was either off the road, SORN, or simply not presented for testing for a period. Low annual mileage on a Jaguar XK of this generation is a double edged mechanical proposition; on the positive side, the engine, transmission and brake friction material have seen minimal wear, but on the negative side, prolonged standing periods are notoriously hard on polymer components, seals, coolant hoses, driveshaft gaiters, brake caliper slide pins and the many rubber bushes in the front and rear suspension assemblies. These items do not benefit from rest, they deteriorate through it, and a buyer should treat the low figure as a prompt to inspect those areas more thoroughly rather than as an unqualified virtue. Given that the testers have not flagged anything concrete, the inspection focus has to be on the well known age related vulnerabilities of the XK platform rather than chasing specific advisories. On the test drive, listen carefully for any clonks or dull thuds from the front suspension over uneven surfaces, particularly from the upper and lower wishbones, the anti roll bar drop links and the front subframe mounting bushes, as these are prone to perishing after long periods of low use. Feel through the steering for vagueness, a slow self centring action or any shimmy under braking, all of which can hint at worn top mounts, tired tie rod ends or a slightly warped pair of front discs that have corroded from sitting. Brake pedal feel should be firm and progressive; a spongy pedal, uneven pull to one side, or any binding after the car has been parked overnight would point to seized caliper pistons or seized slide pins, which is a common consequence of low mileage on integrated brake systems. Under the bonnet, the 4.2 litre AJ V8 deserves particular attention. With the engine cold, look for any fresh oil residue around the timing cover, the valley gasket and the cam covers, as well as coolant staining around the water pump and the plastic thermostat housing, both of which are known weak points on this engine family. Start the car and listen for any auxiliary belt squeal, a slight rattle from the timing chain area on initial cranking, or uneven idle that smooths out as the engine warms, all of which can indicate deferred maintenance rather than active wear. Check that all four tyres are of matching brand, size and tread depth, because nineteen year old tyres that have been standing for long periods may be structurally hardened even if the tread looks acceptable, and ask directly when each tyre was fitted regardless of its DOT stamp. Finally, confirm the operation of the electronic parking brake, the adaptive damping settings, and the convertible or coupe roof mechanism as applicable, because these systems can develop faults through inactivity and would not be captured within the scope of a standard MOT test.