2009 Jaguar X-Type 2.2L Diesel · LM58 PWN

A consistently clean DVSA record across the most recent five tests establishes a reliable roadworthiness profile for this Jaguar X-Type, with the 2025-04-04 PASS accompanying an earlier same-day failure and no advisories logged at any point. The fact that the vehicle returned a pass on the same date as a recorded failure suggests a minor rectifiable issue was addressed immediately, allowing the car to re-present and clear the test without any advisories being captured. Subsequent passes in 2024, 2023, and 2022 reinforce this pattern of straightforward compliance. The absence of recurring advisories for component wear is a particularly positive indicator on a 2009 model, as suspension, brake, and exhaust deterioration tends to surface well before this point in a vehicle's life cycle. With 74,849 miles recorded against an approximate 17-year working life, the Jaguar has covered around 4,400 miles annually, which sits firmly in the lower bracket of typical usage for a car of this vintage. This restrained accumulation rate reduces the mechanical load on major drivetrain components, clutch wear, and engine internals, while also limiting the cycles endured by brake discs and pads. However, low annual mileage in older vehicles frequently coincides with periods of extended standing, which can promote dried rubber seals, flat-spotted tyres, seized caliper slide pins, and undertray corrosion. The gap between the 2022-11-24 and 2023-05-30 tests is modest, but a prospective buyer should establish the actual usage pattern between test dates, as intermittent running may not be fully reflected in the mileage readings. Given the absence of flagged components in the MOT history, the inspection focus should shift to areas where age and low annual mileage typically reveal latent defects. On a test drive, listen carefully for clonks or knocks from the front suspension over uneven surfaces, as the X-Type is known for wear in the lower control arm bushes, anti-roll bar drop links, and front strut top mountings. Listen for any clonking over bumps particularly at low speed. Test the steering for vagueness or pulling, which can indicate worn tie rod ends or top mount wear. When braking from speed, evaluate for pedal vibration or a juddering sensation through the steering wheel, which would point to front disc warp, a common issue where pads have spent prolonged periods in light contact with the rotor. Inspect the underside for any signs of fluid seepage from the sump, power steering rack, and differential seals, as standing periods accelerate seal hardening and subsequent leaks on this model. A thorough visual examination of the bodywork and undertray is advisable even with a clean MOT record, given the X-Type's reputation for corrosion in the rear wheel arches, subframe mounting points, and brake pipe runs along the chassis. Check the inner and outer sills plus the jacking points for any bubbling or perforation. The brake and fuel lines should be examined for surface rust or corrosion, particularly where they pass along the inner sill sections, as salt exposure and age can compromise these over time. Verify that all electrical systems function correctly, including the instrument cluster and central locking, as electronic gremlins are common on higher-mileage luxury saloons. Finally, ensure the cooling system has been actively maintained, as the X-Type's plastic coolant elbows and thermostat housings degrade with age and lead to coolant loss if neglected.